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Qualcomm moving to Applications DSP (ADSP)

Qualcomm’s Hexagon™ DSP [QUALCOMMVlog YouTube channel, Feb 1, 2013]

Steve Brightfield, QTI, discusses the evolution of Qualcomm’s Digital Signal Processor (DSP) from the original Qualcomm DSP #1 to our current sixth generation DSP, branded as Hexagon™ DSP. Find out about the differentiating features that make this ultimate low-power companion core a key component within Qualcomm’s Snapdragon, and get a glimpse into what the roadmap has in store for the future. To learn more about Qualcomm visit http://www.qualcomm.com or connect with us at: http://www.facebook.com/qualcomm, http://www.youtube.com/qualcomm and Twitter@Qualcomm.

[see also: Qualcomm Advocates Parallel Computing By Joining HSA [OnQ blog from Qualcomm, Oct 3, 2012]]

imageimage
Source and more information: QDSP6 V4: Qualcomm Gives Customers and Developers Programming Access to its DSP Core [BDTi, June 22, 2012] [Applications of Digital Signal Processing in Mobile Computing Devices]

At the January IEEE International Conference on Emerging Signal Processing Applications (IEEE-ESPA), Dr. Raj Talluri, Qualcomm’s Vice President of Product Management, used portions of his plenary talk [Applications of Digital Signal Processing in Mobile Computing Devices] to showcase key target applications for the QDSP6 architecture. Some of them were predictable case studies of already-established DSP opportunities: audio processing (encoding, decoding, transcoding, noise cancellation, bass boost, virtual surround and other enhancement functions), along with various types of still image and video processing tasks. The increasingly ubiquitous H.264 video codec received particular showcase …

Other highlighted applications in the IEEE-ESPA presentation were more trendsetting. Talluri mentioned, for example, the conversion between 2-D and 3-D versions of a polygon- or pixel-based image or video, for appropriate-format output to an integrated or tethered display. He also noted the execution time and power consumption improvements that could be garnered by migrating an augmented reality application from a 100% CPU-based approach to one that fully leverages the integrated QDSP6 V3 DSP core (Figure 6).

image
Source for the Figure 6: the same as above

HexagonDSP Augmented Reality Demonstration on a Snapdragon S4 (MSM8960) from Qualcomm Applications DSP (ADSP) [QUALCOMMVlog YouTube channel, Feb 5, 2013]

Watch as Ramesh Chandrasekhar, Director, QTI, demonstrates the benefits of offloading computation from the CPU to the Hexagon™ DSP in this augmented reality demonstration being run on a Snapdragon S4 (MSM8960). To learn more about Qualcomm visit http://www.qualcomm.com or connect with us at: http://www.facebook.com/qualcomm, http://www.youtube.com/qualcomm and Twitter@Qualcomm.

From ‘Applications of Digital Signal Processing in Mobile Computing Devices by Raj Talluri [as reported by Susie Wee, Cisco VP & CTEO, Jan 13, 2012]

Closing thoughts:

  1. Mobile computing apps are dominated by digital signal processing tasks
  2. There are compute modules that can be used in app processors on smartphones
  3. Apps processors need to continue to improve in performance and low power

Notable observations given before that by Raj Talluri:

  • 300M smartphones sold per year in 2010. Qualcomm predicts 1B per year in 2015
  • The highest volume of camera sales is in your mobile phones. Lots of opp for image processing & computer vision.
  • Most mobile phones have multiple microphones. Can be used for lots of signal processing apps.
  • There is a big opportunity for sensor fusion as there is large number of sensors in every mobile phone. Sensor fusion opportunity: Shake detection – detect shakes, then remove blurring.
  • Lots of signal processing is done to provide smooth gesture interactions on phone.
  • When breaking down the amount of signal processing needed for games multi-core CPU and GPU processing is key.

Raj Talluri, “Programmes of Innovative Development” [“Wireless &Mobile” session of rASiA.com Business Forum in Moscow, May 16, 2012, published on Aug 10, 2012]

[15:00] Enhancing User Experience

[15:04] Video Telephony + 3D Gaming

[15:45] “A little video clip which shows you other things we do in gaming

  • It’s blidingly fast
  • It’s insanely crisp
  • Augmented reality
  • It’s effortlessly connected
  • It’s innately social
  • Peer-to-peer
  • It’s abundantly armed
  • Snapdragon Game command
  • It’s unusually versatile
  • It’s absurdly efficient

[17:00] 3D Positional Audio Using Open SL

  • Advanced reverb and virtual surround
  • 3D positional audio, bass boost, DSP acceleration
  • Collaboration with SRS
[see also:
SRS Completes Integration of TruMedia onto Hexagon DSP based Snapdragon Platforms [SRS Labs press release via BusinessWire, June 29, 2012] which relates to the
earlier agreement to Integrate SRS Audio Technology on Qualcomm’s Reference Design Development Platform [SRS Labs press release via BusinessWire, Dec 8, 2011] as well as to
SRS Labs and Qualcomm Sign Licensing Agreement to Bring HD-Quality Audio to Mobile Devices [SRS Labs press release via BusinessWire, March 22, 2011]
]

[17:47] Dolby Multi-channel Audio

  • Dolby Digital Plus delivers a richer, cinematic audio experience to mobile
  • Scalable and extensible for optimization to available bandwidth
  • Supports many existing and emerging home theater, broadcast, online, and mobile applications
  • Provide up to 7.1 channels of cinematic surround sound
  • Enables compatibility with millions of existing home theater systems via simple conversion to Dolby Digital
[see also:
– “The Qualcomm Snapdragon 800 processors also introduce the very latest mobile experiences. … HD multichannel audio with DTS-HD and Dolby Digital Plus for enhanced audio” in
Qualcomm Announces Next Generation Snapdragon Premium Mobile Processors [Qualcomm press release, Jan 7, 2013]
“Qualcomm recently announced it would support Dolby Digital Plus in its new Snapdragon chipset, allowing OEMs to choose to deliver Dolby 7.1 Surround sound at the chipset level.” in
Dolby Labs’ CEO Discusses F1Q12 Results – Earnings Call Transcript [Seeking Alpha, Jan 31, 2012]]

[18:23] Multi-burst Photo Continuous photo capture

  • High-speed full resolution burst capture
  • Zero shutter lag
  • Continuous Auto-Focus

[19:24] Natural Human Interfaces in Next Generation Devices

  • Ultrasonics processing
  • IR-scanning
  • Coded/structured light depth mapping
  • Stylus based gestures
  • Stereo sparse depth mapping
  • Time-of-flight depth mapping

[20:21]

Custom DSP Architecture [#14 slide from At the Heart of Mobile Devices presentation by Qualcomm, Oct 25, 2012]

Enabling Rich User Experiences Without Sacrificing Battery Lifeimage

Qualcomm Leads in Global DSP Silicon Shipments [Wireless/DSP Market Bulletin, Forward Concepts, Nov 12, 2012]

When people speak of “DSP chips“, they are usually referring to discrete devices that are catalog or “off-the-shelf” units; although at the high end they tend to be customized for high-volume customers. And, they correctly associate Texas Instruments as the DSP chip market leader.  However, those DSP chips from TI, Freescale, ADI, NEC and others constitute only about 10% of the “DSP silicon” market in revenue terms, as I have detailed in a much earlier newsletter [May 4, 2009].

The largest market for “DSP silicon” is as embedded solutions, generally thought of as System on Chip (SoC) products.  Of that SoC DSP market, cellphones constitute the largest segment, with baseband modem chips being the most significant.  All baseband chips consist of one or more DSP cores. Qualcomm, the clear baseband market leader, has long employed two DSP cores in each of its MSM modem chips, and of late is shipping three or more of its latest Hexagon DSP cores in its Snapdragon S4 chips.  In calendar year 2011, Qualcomm shipped a reported 521 million MSM chip shipments and we estimate that an average of 2.3 of its DSP cores in each unit resulted in 1.2 billion DSPs shipped in silicon.  This (calendar) year, we estimate that the company will ship an average of 2.4 DSP cores with each (more complex) MSM chip.  We estimate that Qualcomm will ship about 610 million MSM chips in 2012, for a total of 1.5 billion DSPs shipped in silicon for the full year.  Clearly, Qualcomm leads the global unit market for DSP silicon shipments.

Qualcomm Intros Multimode LTE Snapdragon Chips in 28nm [Wireless/DSP Market Bulletin, Forward Concepts, Nov 1, 2011]

Although the company claims to have employed them in earlier Snapdragons, this is the first public announcement we have seen of Qualcomm’s Hexagon™ DSP cores which have been under development for several years. Hexagon cores are employed in both the modem and the multimedia subsystems of the S4.  According to the company, Hexagon “merges the numeric support, parallelism and wide computation engine of a DSP with the advanced system architecture of a modern microprocessor.” Qualcomm plans to release more Hexagon details and benchmarks later this quarter.

CEVA Says 927 million Basebands Shipped with its DSP Cores in 2011 [Wireless/DSP Market Bulletin, Forward Concepts, Feb 2, 2012]
CEVA, Inc. is clearly the leading licensor of DSP baseband cores and 2011 was a good year for them. All-time high quarterly and annual revenues were up 22% and 34% year-over-year, respectively.  Although cellphones constitute the bulk of its licensing business, the company is aggressively pursuing the consumer business with recent design wins in Smart TV and connectivity for smartphones and solid state drives. CEVA’s IP portfolio includes not only comprehensive technologies for cellular baseband, but also multimedia (HD video, Image Signal Processing (ISP) and HD audio), voice over packet (VoP), Bluetooth, Serial Attached SCSI (SAS) and Serial ATA (SATA). In 2011, CEVA claims that its IP was shipped in over 1 billion devices, powering (at least some) handsets from 7 out of the top 8 handset OEMs, including Nokia, Samsung, LG, Motorola, Sony and ZTE. Today, the company claims that more than 40% of handsets shipped worldwide are powered by a CEVA DSP core.


Voice Evolution – Higher Capacity, Better Quality, A Richer Experience [Qualcomm, May 3, 2012]

Qualcomm Enables the True HD-Voice Experience

Qualcomm offers market leading technologies that dramatically improve the quality of voice, and the overall voice experience. These enhancements range from new wideband codecs, Fluence™ noise suppression, active noise cancellation, VoIP optimizations, unique HDOn™ feature to support wideband codecs on narrowband channels, and many more.

Qualcomm’s HD Voice offers clearer, higher quality voice conversations. Now you can hear, and be heard, no matter where you happen to be.

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From: The Voice Evolution [Qualcomm presentation, April 2012]

Qualcomm is working on further enhancements even in this traditional voice/audio space as evidenced by this job placement: Audio DSP Systems Engineer [Jan 23, 2013]

Job Description

… Development and deployment of various audio signal processing algorithms for Qualcomm’s chipset solutions:

  • Audio and Voice compression technologies
  • Audio Pre/Post Processing such as echo cancellation, noise reduction, array signal processing, audio effects, blind bandwidth extension, companding, etc.
  • Ultrasound
  • Voice recognition
    ADC and DAC

Desired skills

  • Knowledge of echo cancellation, noise reduction, array signal processing.
  • Knowledge of voice recognition, speaker identification.
  • Knowledge of fixed-point programming or assembly language.
  • Knowledge of audio effects, virtualization, HRTF, 3D audio.
  • Knowledge of ultrasound signal processing
  • Knowledge of Psycho-acoustic modeling
  • Audio codecs such as AAC/AAC+/MP3/Dolby/DTS, etc.
  • Voice codecs such as AMR/AMR-WB/EVRC/EVRC-WB/EFR/TTY/CTM, etc.
  •  


    In addition there is a growing partner program in the overall user experience enhancements Qualcomm Announces the Expansion of the Hexagon DSP Access Program at Uplinq 2012 [Qualcomm press release, June 27, 2012]

    Qualcomm Incorporated (NASDAQ: QCOM) announced today at Uplinq 2012 the expansion of the Hexagon™ DSP Access Program on select Snapdragon™ S4 processors. The new expansion provides original equipment manufacturers (OEMs) and independent software vendors (ISVs) with added resources, including software development tools and support, which allow them to provide increased differentiation on multimedia features via the integrated Hexagon DSP in Snapdragon S4 processors. The program offers the ability to integrate proprietary algorithms while enabling best-in-class power dissipation and multi-threaded hardware for concurrency. A comprehensive set of multimedia baseline features is provided standard with the Snapdragon platform, and the Hexagon Access Program enables the customization and augmentation of the baseline feature sets and usage models included on Snapdragon processors.
    “Qualcomm is committed to providing unparalleled usability for our customers,” said Raj Talluri, senior vice president of product management at Qualcomm. “The expansion of the Hexagon Access Program gives added support and resources to the Snapdragon ecosystem. Qualcomm is enabling power-competitive designs with differentiated multimedia features and customization of multimedia end-use cases via our highly efficient Hexagon DSP technology.”
    Previously offered solely on the Snapdragon S3 MSM8660 platform, the Hexagon Access Program now includes select Snapdragon S4 processors, including the APQ8064, MPQ8064, MSM8960, APQ8060A, MSM8260A, MSM8660A, MSM8930, APQ8030, MSM8630, MSM8230, MSM8227 and MSM8627. Both OEMs and ISVs can optimize the features and performance of their multimedia software for execution on the fully integrated audio-video acceleration hardware in Snapdragon processors. Program participants will have access to software development tools that the OEM or ISV can utilize to compile or hand-code their proprietary algorithms. These tools are provided to assist OEMs and ISVs with their audio and video programming on supported processors.
    Current ISV participants in Qualcomm’s Hexagon Access Program include: Berkeley Design Technology Inc. (BDTI), Bsquare, Mentor Graphics, Nextreaming, NXP Software, Qsound, SRS Labs, TATA ELXSI and Waves Audio.
    The Qualcomm Snapdragon processors that are supported via a Hexagon DSP Tools Suite and via software and documentation as part of the Hexagon DSP Access Program are available to OEMs and ISVs now. For more information on access to Hexagon programming tools and optional hardware development boards and documentation for the customization of multimedia on these processors, please visit developer.qualcomm.com.

    Forums – Qualcomm’s DSP Access Program [Qualcomm Developer Network, June 27, 2011]

    Get ready for programming on a Qualcomm digital signal processor (DSP), enabling your multimedia features for a large mobile handset market. For the first time Qualcomm is opening up a new programmable processor that software developers can use to accelerate their algorithms and offload the main applications processor. In this session targeted towards mobile software developers, we will introduce the program, go over the tools available, the chipsets supported and the timeline for availability. We will show how developers can add their own customizations to Qualcomm’s audio and video processing engines and enable device makers to better differentiate their smartphone and tablet devices by augmenting the Snapdragon platform’s multimedia suite.

    Learn more by checking out the video from our Uplinq 2011 QDSP technical lecture [by Kuntal Sampat, the engineering lead for Qualcomm’s DSP Access Program – see also his slides in PDF].

    Get ready for programming on a Qualcomm digital signal processor (DSP), enabling your multimedia features for a large mobile handset market. For the first time Qualcomm is opening up a new programmable processor that software developers can use to accelerate their algorithms and offload the main applications processor. In this session, we will introduce the program, go over the tools available, the chipsets supported and the timeline for availability. We will show how developers can add their own customizations to Qualcomm’s audio and video processing engines and enable device makers to better differentiate their smartphone and tablet devices by augmenting the Snapdragon platform’s multimedia suite.

    image

    [19:08] This section talks about how you can use the deliverables we will provide in the Open DSP program. Now just to give you an idea of what we imagedo with the DSP, when we supply our MSMs and our SW to the OEM. The DSP is not blank. It is doing something and this is what it is doing. The DSP is actually running the voice codecs part of the voice call. [19:41] … [19:54] Same thing for the audio.
    …. [21:04] As Qualcomm moves to its next-generation of chipsets we will probably see more functionality coming to the DSP, more than just audio. [21:17]

    Qualcomm’s DSP Access Program Debuts [Qualcomm Developer Network press release, March 21, 2011]

    Program Enables Manufacturers (OEMs) and Independent Software Vendors (ISVs) to Optimize Multimedia Solutions Utilizing Qualcomm Audio and Video Acceleration Hardware

    SAN DIEGO — March 22, 2011 Qualcomm Incorporated (NASDAQ: QCOM) today announced that OEMs and ISVs will now be able to program their own audio and video codecs using optimized processors and hardware on select versions of Qualcomm’s Mobile Station Modem™ (MSM™) chipsets through the new Qualcomm Developer Network DSP Access Program. This allows OEMs to better differentiate their smartphone and tablet devices by augmenting or modifying the Snapdragon™ platform’s multimedia suite with their own features or procure differentiated features directly from ISVs. 
    Both OEMs and ISVs can optimize the features and performance of their multimedia software for execution on Qualcomm chipset audio-video acceleration hardware. Qualcomm will offer software development tools that the OEM or ISV can utilize to compile (C/C++) or hand-code (assembly) their proprietary algorithms on Qualcomm’s optimized audio-video processor architectures. These tools are provided with training and support documentation to assist OEMs and ISVs with their audio/video programming on supported chipsets. Additional details on the Qualcomm Developer Network DSP Access Program are available on the Qualcomm Developer Network (http://developer.qualcomm.com/multimedia).
    “Our customers and developers can increase the differentiation of their products on select Qualcomm chipsets by offering new and unique multimedia features and/or customization of the priority and concurrency of their multimedia features,” said Steven Brightfield, director of product management at Qualcomm CDMA Technologies. “Access to our audio and video acceleration hardware enables OEMs and ISVs to give end users access to a wider range of multimedia content and a richer multimedia experience on their mobile devices.”
    The Qualcomm chipsets that will be supported via tools and documentation as part of the Qualcomm Developer Network DSP Access Program are the MSM8x60™, MSM8960™, MSM8270™, MSM8x55™, MSM7x27™ and MSM7x30™. For additional information and inquiries on access to programming tools and hardware documentation for the multimedia acceleration subsystems on these chipsets please inquire on the Qualcomm Developer Network (http://developer.qualcomm.com/multimedia).

    Why mobile developers should care about the hardware [Qualcomm Developer Network, Aug 4, 2010]

    In today’s crowded apps marketplace, it can sometimes be difficult for your apps to stand out. So as a developer, how can you make your apps stand out from the crowd? Certainly well-known IPs such as Tetris or PAC-MAN don’t really need help. But for most games and apps out there, there’s a good chance that a better understanding of the underlying hardware can help you optimize and differentiate your premium apps for an even greater payoff.
    Qualcomm’s Snapdragon platform offers an unprecedented combination of processing performance and optimized power consumption for the next generation of smart mobile devices. Because Snapdragon chipsets combine the CPU, GPU, connectivity, memory, GPS, and high performance multimedia capabilities into a powerfully integrated platform, building your applications for Qualcomm-based devices can help you take advantage of these optimized chipset features to create innovative, premium applications and content.
    For example, you can use our hardware accelerated codecs to improve app performance and power consumption, or use the dedicated 2D hardware using OpenVG, allowing higher graphics quality. These are just a few examples of how you can take advantage of the hardware to differentiate your app. To learn more, download the whitepaper “Why Should Mobile Developers Care About the Hardware.”
    For developers who want early access to Qualcomm-powered devices, you’ll be glad to hear that you can now pre-order the Snapdragon Mobile Development Platform online. With this development platform, you can begin developing your apps before commercial devices become available thus maximizing your revenue potential. Some of the key technical specs of the MSM8655-based Snapdragon MDP are:
    • 1 GHz CPU
    • 3.8” WVGA
    • HDMI port
    • Multi-touch capacitive touch screen
    • Adreno 205 GPU
    • 12 –megapixel camera
    • 720-pixel HD video decode and encode
    • Stereo 16mm loudspeakers
    • 512 MB of RAM (2x 32b ports)
    • 4GB on-board Flash
    So get started. If you have an application worth showcasing, tell us about it.

    Why Should Mobile Developers Care About the Hardware? [Qualcomm whitepaper, April 2, 2010, modified Sep 28, 2012 with new agreement included]:

    hardware-based 3D audio effects solutions by taking advantage of embedded digital signal processors (DSPs) which provide greater user experiences

    Qualcomm’s integrated chipset solutions (i.e. Snapdragon platform) address audio performance challenges head-on, by enabling developers to take advantage of embedded digital signal processors (DSPs), which provide greater user experiences. For example, many applications like mobile games play multiple sounds simultaneously such as, the playing of background music tracks while sound effects are trigged in the foreground (i.e. referred to as audio layering). Since the decoding of MP3 streams is already accomplished in the DSP, it’s a natural fit to mix multiple audio streams in the hardware.
    This enhanced audio functionality enables developers to implement their entire audio path at higher sampling rates than a software mixer could process, thereby yielding higher quality audio outputs. Moreover, by leveraging DSP decoder functionality, source audio streams can be encoded as AAC instead of MP3, resulting in smaller file sizes. These smaller AAC files further benefit developers by providing a reduction of bandwidth in applications where the files are transferred over the air, thereby enabling a better user experience.
    Presently, developers utilize graphic hardware solutions to give games and UIs the third dimension of depth. Dimension of depth functionality is achievable with audio through Qualcomm’s QAudioFX™ 3D positional engine.
    Developers designing applications around 3D positional audio solutions from the start (i.e. such as first-person games etc), will benefit greatly from the added dimensional depth QAudioFX will provide. For example, audio gaming cues placed around the user will signal a car passing from behind, or an enemy approaching from the side, long before they appear on the device screen. These types of enhanced audio functionalities enable developers to vastly increase the user’s 3D environment. Moreover, since the QAudioFX engine will be implemented in the DSP, developers incur little penalty in incorporating 3D positional audio functionality. Currently, QAudioFX and related features are not available to the developers. It is planned to be supported on devices in the later part of 2010.
    Developers can also look forward to taking advantage of QAudioFX’s reverberation engine capabilities. One challenge developer’s face in working with quality reverb algorithms is that they require a significant amount of memory for delay buffers. Qualcomm’s DSP-based audio solution allocates delay buffers in the hardware, thereby freeing up memory for the application. For example, in a racing game, rather than switching sound files when the vehicle enters a tunnel, developers can make a single API call to enable reverb. Another API call allows the developer to disable the reverb when the vehicle exits the tunnel.
    Developers desiring music functionality in their applications can leverage CMX™, Qualcomm’s DSP-based MIDI synthesizer. Genuinely, realistic sounding instruments require a synthesizer with many articulators and a wavetable with large samples. While equivalent software synthesizers may be realized on today’s mobile processors, they come with a price namely, greater cycle and power consumption requirements. Qualcomm’s CMX solution output quality rivals PC sound cards, to the extent that developers may want to revisit MIDI in situations where they need to minimize audio file sizes. The hardware accelerated CMX capabilities are currently available on BREW platforms. Other high-level operating systems have similar MIDI capabilities but are enabled though software solutions.
    Hardware-based 3D audio effects solutions by Qualcomm will provide powerful differentiating performance advantages for developers seeking a competitive edge in creating applications that contain a greater immersive user experience.


    DSP History [by Will Strauss of Forward Concepts, May 2009]

    This history of digital signal processing was originally written by Will Strauss of Forward Concepts and published in May, 2009 as part of a market study, “DSP SILICON STRATEGIES ’09.” ©2009 Forward Concepts Co. Permission to use excerpts of this history is granted as long as proper attribution is included.

    1. DSP History

    A. EARLY HISTORY

    The earliest record of digital filtering techniques (albeit on paper) was in solving problems of astronomy and the compilation of mathematical tables in the early 1600s.  The great mathematician Laplace (c.1779) understood the “z-transform,” the mathematical basis of modern digital signal processing.

    During the Great Depression of the ’30s, the U.S. Bureau of Standards retained its surplus employees and set them to developing a variety of mathematical tools.  Perhaps the most useful of these was a technique to evaluate the Fourier transform from a number of discrete data points, and using only multiplications and additions.  

    This Discrete Fourier Transform (DFT) technique lay dormant for a number of years before sampled-data control systems came into common usage.  It was then realized that the Bureau’s technique could be directly applied to analyzing the frequency makeup (or spectral content) in these systems, and further, that this technique was ideal for use with computers, and later, digital signal processors.  The successor to the DFT, the Fast Fourier Transform, or FFT, is a basic DSP algorithm employed in all forms of spectral analysis from seismic data processing and radar image processing to MP3 audio compression and Wi-Fi, DSL and WiMAX communication, and soon 4th-generation cellular (LTE).

    In the early ’70s, scientists were beginning to use off-the-shelf TTL (transistor-transistor-logic) discrete logic chips to implement specialized DSP “engines.”  The first systems were relatively slow and consumed lots of space, but the second generation of IC implementations (c.1974) began to use bit-slice logic, like Advanced Micro Devices’  Am2901 TTL 4-bit arithmetic logic unit (ALU).  In 1973, TRW bid a military project with the first practical parallel multiplier designs for use with bit-slice ALUs and shipped the first working parts in 1975.  But, at several hundred dollars just for the multiplier chip, only the military and government laboratories could afford the approach.

    Originally used for implementing “super” minicomputers, the Am2901 found application as the heart of Digital Equipment Corporation’s DECsystem 2020, Data General’s Nova 4 and other mid-sized computer systems of the day.  The 2901 and associated chips (consisting of address generators, carry look-ahead logic, program sequencers and fast multipliers—along with memory and I/O circuitry) constituted a basic “building-block” approach to implementing a fast digital signal processor.

    In the late ’70s, some of the first commercial applications of DSP used the Am2901 chip family to implement array processors for medical diagnostic equipment like CT (computer tomography) scanners and nuclear magnetic resonance (NMR, now called magnetic resonance imaging, or MRI) systems.  The high sales price of such systems justified the high cost of the building-block DSP technology.

    For military applications, like radar image processing, the building-block approach proved to be ideal.  Because little else was available, the 2901 family chips (and its successors) were also applied to other military DSP programs, such as sonar.  Although other IC houses made their own bit-slice chips (and sequencers, etc.), the 290x family architecture has become obsolete (though later implemented as CMOS data-path elements in several ASIC libraries).

    1. Speak & Spell

    Probably the first single-chip implementation of a DSP algorithm was the TMS280 (later renamed the 281A) chip in Texas Instrument’s Speak & Spell™ learning aid introduced in 1978.  Implementing Linear Predictive Coding (LPC) for speech synthesis, the device was not programmable, but was controlled by a separate microprocessor (TMS370) and a large ROM containing the library of digitized words.  All three chips were implemented in PMOS dynamic logic.  The Speak & Spell design team was headed by Gene Frantz (now a TI Principal Fellow).  The idea for the product came from Frantz’ boss at the time, Paul Breedlove, who came up with the idea through a series of brainstorming sessions on how to use a hot technology of the day…bubble memories.

    This was clearly a consumer product, a chip that retailed for $49.95 (instead of TI’s design goal of $29.95), rather than the thousands of dollars inherent in earlier military implementations.  Speak & Spell was such a wild success that TI couldn’t meet demand, so it kept raising the price.  However, it proved the commercial viability of DSP technology in a consumer product.

    2. GENERATION 0.5

    In 1978, American Microsystems Inc. (AMI) announced the first programmable integrated circuit designed specifically for digital signal processing, the 12-bit S2811, designed by Dick Blasco and his group under the direction of Bill Nicholson.  Although of truly innovative circuit design, the chip was implemented in a radical “V-groove” MOS technology and never yielded volume commercial products.

    Although AMI was the first to announce a single-chip DSP, Intel Corporation was the first company to actually begin shipping a product.  In 1979, Intel introduced the Intel 2920 DSP chip, designed by Marcian (Ted) Hoff (famous for invention of what some count as the first single-chip MPU, the Intel 4004).  Designed as a “drop-in” analog circuit replacement, complete with on-board A/D and D/A converters, the chip was called an “analog signal processor” by Intel; after all, it (digitally) processed analog signals.  The 2920 did not have a parallel multiplier and was too slow (with a 600 ns cycle time) to perform useful work in the audio spectrum—where the initial high-volume DSP chip market was to eventually materialize.  After lack of success elsewhere, the second wafer lot was sold out to U.S. Robotics for use in then-current 300 bps modems as adaptive equalizers.  Although the 2920 was unsuccessful, Intel did not capitalize on the fact that (with the on-board A/D & D/A converters) this was the first single-chip codec—for which, Intel was awarded the patent.

    3. GENERATION 1

    It was in 1980 that NEC announced the first practical programmable single-chip DSP for the merchant market, the 16-bitµPD7720.  Although hampered by primitive development tools, the 122-ns NMOS chip had a (two-cycle) on-chip parallel multiplier which was fast enough to perform useful “work” in the audio spectrum.

    This began the first generation of “true” DSP chips, most based on the “Harvard” architecture which employs separate data and memory buses for better real-time operation.  In the same year, AT&T’s Bell Laboratories introduced the DSP-1, which also had an on-chip parallel multiplier.  But the chip was intended for captive use by AT&T’s manufacturing arm, Western Electric Company.  Consequently, NEC was the first merchant market vendor of a practical DSP chip.

    In 1979, Ed Caudell of Texas Instruments designed the initial architecture of what was later to become TI’s first DSP chip.  Caudell was earlier involved in designing TI’s very popular TMS1000 8-bit MCU.  The effort was under TI’s Microprocessor Microcomputer Products (MMP) group headed by Wally Rhines (now CEO of Mentor Graphics) and Jerry Rogers (MMP Design Manager).  Known as the Signal Processing Computer (SPC) Program, John Hughes was the Program Manager and Tony Leigh was the Design Manager. Dr. Surendar Magar was hired in 1980 to optimize the SPC architecture around DSP algorithms. Dr. Magar’s Ph.D. was in Signal Processing and had been working for Plessey in the U.K. Soon after joining TI, Dr. Magar recommended the inclusion of a hardware multiplier, which was not in the original SPC specification. Wanda Gass (nee English) joined Magar as a key Design Engineer along with others and the full logic was complete by the end of 1980.

    The resulting design was implemented in 3.0 um NMOS and introduced to the world in February, 1982 through Dr. Magar’s classic ISSCC (International Solid State Circuits Conference) paper. The final product, the TMS32010, was announced by Caudell in April, 1982 at the Paris, France ICASSP (International Conference on Acoustics, Speech and Signal Processing).  The TMS32010 went into production in 1983 and the DSP Group at that time was headed by Dave French (later VP at Analog Devices Inc. and then CEO of Cirrus Logic Inc.).

    TI’s early recognition of the potential of DSP carried it through seven years of “missionary” work before a profit was turned, and by then others realized that it was a market ripe for growth.  Three other major semiconductor companies then joined TI and NEC in the programmable DSP chip market: AT&T Microelectronics (later Agere Systems, then merged with LSI Logic to become part of LSI Corp.), Motorola Semiconductor Products Sector (now Freescale Semiconductor) and Analog Devices Inc. Today, there are many other semiconductor houses that employ DSP technology in their products, but for the most part, those chips are not programmable by the user.

    First-generation chips generally lacked parallelism, since at least two processor cycles were required to perform a complete multiply-accumulate (MAC) function, and limited on-chip memory required expensive (in terms of real estate and added memory) additions for most applications.  The more primitive “engines” of the day (like conventional MCUs) required as many as 60 clock cycles to perform a multiply-accumulate operation.

    Other chips offered to the market in this first-generation era were the ITT UDPI-01 (the first announced CMOS single-chip DSP, which never reached the sampling stage) and the Hitachi HD61810, another CMOS chip which saw mostly internal company use.

    4. GENERATION 2

    The most striking improvement in second-generation DSP chips was in the implementation of a single-cycle multiplier-accumulator (MAC), effectively doubling the bandwidth capability of the chips.  Direct memory access (DMA) emerged as a way to quickly load new algorithms into the DSP chip.  Enhancements to first-generation chips added serial communication ports and timers, and interrupt capability began to emerge for control applications.  DSP instruction sets became richer, with event control capability, which further broadened chip utility—allowing true stand-alone capability for many more implementations.

    The Fujitsu MB8764 (announced in 1983) was the first of this genre, followed by the TI TMS32020 (in 1985).  The TMS32020 was the result of collaborative design efforts between Texas Instruments and their customer, ITT Corp. (then International Telephone and Telegraph Corp.).  Dr. Surendar Magar of TI and Dr. Kristine Kneib of ITT were the principal architects of the -020.

    Other single-chip DSPs were announced in this second-generation era by Toshiba (T6386/7), STC (DSP-128) and Matsushita (MN1901/9), but they were never successful in the merchant market. (The DSP-128 never sampled, according to our information.)  During this time, AT&T continued internal DSP development with the DSP-2 chip.   Thomson (now STMicroelectronics) introduced the ST68930/31 in 1986, but confined most marketing efforts to Europe.

    Texas Instruments licensed the NMOS 32020 architecture to General Instrument Microelectronics (now Microchip Technology).  GI moved the NMOS design into CMOS and in turn provided it back to TI which resulted in TI’s first CMOS DSP chip, the TMS320C25.  The new chip was designed in Japan and principal designer of the -C25 was Takashi Takamizawa, later to become TI’s DSP Business Manager in Japan.

    The first floating-point DSP chip from a major vendor reluctantly made it to market in this era.  AT&T introduced itsDSP32 for internal use at 8 MFLOPS in 1984 and began to sell its DSP32 to the merchant market in July, 1986.  Thrust into the merchant world by the divestiture of the Bell operating companies, AT&T did not have cohesive DSP-chip marketing direction until late 1987, when the company realized that their first integer DSP chip, the (third-generation-design) 18.2 MIPS DSP-16, could make the company a credible force in the merchant market.

    5. GENERATION 3

    The period of the third generation became the “glory years” for DSP volume shipments by TI, which had captured over 60% of the world single-chip DSP market by 1986.  Third-generation changes centered mainly on reconfigurable memory, with flexibility of on- and off-chip memory that could be variously configured for program, data, or coefficients.  The degree of parallelism increased even further, with as many as three operations performed in a single clock cycle.  Further-expanded instruction sets became evident.  In late 1986, Zoran Corp. introduced the first single-chip DSP with CISC-like vector instructions to efficiently perform FFT functions for military applications.

    Analog Devices introduced the ADSP-2100 chip, which was unique in that it had a 24-bit instruction word, 16-bit data paths, and had no on-board memory. But, it was designed to access two words of external data on every cycle and had an instruction set optimized to perform FFTs and zero-overhead loops.  The ADSP-2100 and its faster successor, the ADSP-2100A, found heavy use in military and imaging applications, while newer members of the family, the ADSP-2101 and ADSP-2105 (both with on-board memory) saw a wider variety of applications.

    The Motorola 56000 family of 24-bit chips (for both instructions and data paths) was the first integer DSP optimized for high-fidelity audio applications, and found early acceptance in professional audio processing and music synthesis.  Other third-generation integer DSP chips included those from AT&T (the DSP-16A at 40 MIPS by 1988), Hitachi (the DSP-I, sold only in Japan) and TI (TMS320C50).

    Coincident with the era of the third-generation of integer DSP chips, additional first-generation floating-point DSP chips were announced, including improved units from AT&T (the 25 MFLOP CMOS DSP32C was announced in 1987), Texas Instruments (TMS320C30), Zoran (ZR34325), Fujitsu (MB86232), STMicroelectronics (ST18940/41), NEC (µPD77230) and Oki (MSM699210).

    6. GENERATION 4

    The emergence of a fourth generation of DSP chips was heralded by announcements made in the early ’90s.  Several fourth-generation integer DSP chips were characterized by on-chip codec circuitry, like Motorola’s DSP56156.               

    As the fourth generation evolved, geometries progressed to submicron (0.8 µm) levels and multiply-accumulate times continued to fall.  Additional CISC instructions to accommodate key algorithms became evident for some chip designs.

    Second-generation floating-point chips emerged coincident with the introduction of fourth-generation integer chips: AT&T’s DSP3210, Motorola’s DSP-96002, NEC’s µPD77240, TI’s TMS320C40, and somewhat later, Analog Devices’ ADSP-21020.

    7. GENERATION 5

    The fifth generation of DSP chips began in 1994 with the Texas Instruments’ TMS320C54xx family.  Introduced with a 20ns (50 MIPS) speed, it was TI’s first chip with a Viterbi accelerator, and the successor to its popular C25 and C50 families.  With the accelerator, the chip was clearly intended for communication applications (like modems).

    But, from a public relations standpoint, the C54 family was overshadowed by the 1985 sampling of TI’s TMS320C80(earlier termed a Multimedia Video Processor—MVP).  The C80 consisted of four 64-bit DSP cores along with a 32-bit RISC core.  A less-capable, but cheaper version, the C82, was introduced with two DSP cores and the RISC core.  Although an extremely powerful chip family, the C80’s programming complexity confined the bulk of its applications to sophisticated image processing, and the chip never achieved general industry acceptance.

    Motorola Semiconductor’s Data Communications Operation melded its DSP56002 DSP core with a 68302 microprocessor (MPU) core on the same die, the M68356 “Signal Processing Communications Engine.” In a similar pairing, TI joined its C54 core with an ARM RISC core on a single die and found success in tens of millions digital cellphones.

    Although multiple-MAC designs were earlier available on specialized 8-bit video filter chips like the Inmos (acquired by STMicroelectronics) A121 and Zoran ZR33881, 16-bit programmable DSPs also began taking on multiple MACs late in this generation.  Half-micron geometries led to sub-20 ns multiply-accumulate times—across several MACs or several DSP cores, leading to substantially higher bandwidth capability.

    Continued improvements of second-generation floating-point DSP chips were introduced coincident with the fifth generation of fixed-point chips.  Texas Instruments introduced the TMS320C32 and TMS320C44 chips, while Analog Devices introduced the ADSP-21060 SHARC™ (Super Harvard Architecture Computer).

    8. GENERATION 6

    The late-‘90s era of 0.35 um CMOS geometries saw the first introductions of VLIW and superscalar architectures for DSP.

    Texas Instruments’ TMS320C6201 was the first user-programmable VLIW DSP chip available.  Employing eight ALUs, two of which had MACs, the ‘C62 was initially capable of executing 1,600 raw MIPS and 400 DSP MIPS (MMACS) at 200 MHz.  The VLIW approach requires an optimizing C-language compiler, and TI invested heavily in developing an efficient compiler.  Until the family later moved to 0.18 um geometries, power consumption was a problem.  The ‘C62x family was announced in February 1997 and began to ship in moderate volumes in Q1/98.

    Lucent Technologies (later Agere Systems) introduced the DSP16000 family of 16-bit DSPs which featured dual ALUs and dual MACs.  The 16000 was optimized for low power consumption and for bank speech coding applications such as required in cellular base stations or Internet Protocol (IP) telephony gateways.  Initially rated at 400 MIPS (@200 MHz), the 16000 could go head-to-head with TI’s C62x family in applications where there was no need for the extra (non-DSP) MIPS provided by the TI chip.  The DSP16000 began sampling in November 1997 and in 1998, Lucent began shipping the DSP16410, a chip consisting of two 16000 cores on a die.  The DSP16410 has been a favorite in GSM cellular base station implementations.

    In 1998, a startup company, ZSP Corporation, began sampling its ZSP16400 family of DSPs, which like the Lucent product, had dual ALUs and dual MACs.  However, the ZSP family was based on a 4-issue superscalar architecture and employed a different (proprietary) approach to feeding data to multiple MACs.  Initially rated at 400 MIPS (@200 MHz),the ZSP design was acquired by LSI Logic Corp. in mid-1999, and volume shipments of the renamed ZSP400 family began in Q3/99.  LSI Logic sold both ZSP chips and licensed ZSP cores to a number of companies.  The ZSP chip operations were sold in mid-2006 by LSI Logic to Verisilicon Corp., which has since expanded the product offerings.

    Third-generation floating-point chipsemerged in this time frame, beginning with TI’s C67x family based on the VLIW architecture of the fixed-point C62x family.  The family is source-code compatible with the C62x and started with a 1-GOPS version.  Analog Devices announced its own dual-ALU/dual-MAC product, the floating-point ADSP21100(“Hammerhead”) family, which was code-compatible with its ADSP21000 (SHARC) family of products.  Sampling began in Q4/99.  Because of its code compatibility, the Hammerhead presented an instant upgrade for existing sockets.

    In 2001, TI introduced a formal pairing of its C55-family DSP core and ARM900-family RISC cores on a single die, formalized as its OMAP™ product family (said to have evolved from Open Multimedia Applications Processor). For reasons explained later in this report, the pairing of DSP and RISC, rather than a single processor architecture for both, has considerable merit in many applications.

    By 2003, 0.15 um DSP chips became commonplace and 0.13 um chips were in volume production.  And DSP cores become an ever smaller percentage of the die area as peripherals and (mostly) on-board memory begin to dominate the silicon die.

    9. THE CURRENT DSP CROP [c.2009]

    By early 2007, 65-nm versions of Texas Instruments’ C55 family were shipping in volume as part of the OMAP™ family, which became the market leader due to its deployment in hundreds of millions of cellphones, annually.  But, the company’s 1-GHz C64 VLIW became TI’s flagship “catalog” product. One member of the C64 family includes both Viterbi and turbocoding accelerators, clearly targeting the cellular base station market.  The C64 family has since been expanded to three or more cores on a single die, again addressing the base station market.  Other C64 implementations employ MPEG4 and graphics accelerators for video multimedia applications, under the DaVinci™ family name.

    Motorola has fielded its MSC8144 chip, successor to those first announced in Q4/01.  Based on four StarCore VLIW cores (each with four ALUs & MACs)  and 11.5 Mbits of on-chip memory, the earlier MSC8122 chip was originally introduced at 300 MHz, but the successor MSC8144 is now shipping at over 1GHz, and at introduction was rated by Berkeley Design Technology Inc. (BDTI) as the fastest available DSP processor, even as a single-chip implementation.

    Formally announced in Q3/01, Analog Devices’ TigerSHARC™, a floating-point VLIW design, was also targeted (unsuccessfully) for the cellular base station market.  Uniquely, in addition to traditional “symbol-rate” baseband processing, the chip can also perform high-speed “chip-rate” signal processing functions (required for CDMA cellular operation) that competitors generally assign to ASIC or FPGA implementations. The chip provided a significant jump in performance over the earlier Hammerhead, but it is not code compatible with the ADSP21000 product family, so new tools were required to develop products based on the higher performance product.

    In a similar vein, Analog Devices introduced the fixed-point Blackfin™ DSP family, based on the “Frio” core jointly developed with Intel Corporation. The first chip (the ADI21535) was announced in mid-2001 at a 300MHz clock rate. It was priced at $27 @10K units. The initial superscalar design employed two 16-bit MACs and two 40-bit ALUs and four 8-bit video ALUs, clearly targeting multimedia applications. By mid-2003, the chip family began sampling at 600 MHz (1.2 GMACS), and is currently available at 750 MHz.  The architecture is said to scale to at least 1GHz, a speed that ADI’s older 219x devices would be unlikely to achieve.  As with the TigerSHARC, it is not code compatible with the earlier 2100 family devices, so the company has developed new tools to support the new architecture.  However, with the 300 MHz version later priced at $4.95 @10K units, the chip achieved strong early market attention.

    Intel chose to employ the Frio core in SoC (System on Chip) products under its PCA (Personal Internet Communications Architecture) banner.  Rather than use the DSP nomenclature (a term which they equate to TI), Intel chose to call the Frio technology “Micro Signal Architecture.” The Frio architecture became part of Intel’s cellular baseband chip, code-named “Hermon” (after Mount Hermon, the highest mountain in Israel), which (along with Intel’s XScale RISC product line) was sold to Marvell Semiconductor in late 2006. Marvell has since expanded on the initial architecture, now offering a cellular baseband chip code-named “Tavor” (after the second highest mountain in Israel).  Tavor found a home in RIM’s Blackberry “Bold” 3G cellphone introduced in late 2008.

    Agere Systems introduced (Q2/03) the DSP16411, a 0.13 um successor to the earlier (Lucent) DSP16410 that has been popular in GSM base stations.  Clearly, the faster, and code-compatible, 16411 is a natural for retrofitting GSM base stations to GPRS capability.  The operation became a division of LSI Corp. shipping its Trident HP chip based on its workhorse DSP16000 and ARM7TDMI cores for the GSM/GPRS/EDGE cellphone market.  The cellphone chip operation was later sold to Infineon, but LSI Corp. continues serving the cellular base station market with its Starpro line of multicore chips based on the StarCore DSP core jointly developed with (then) Motorola’s Semiconductor Division.

    VeriSilicon now offers its new ZSP600 family as licensed cores. Based on a 6-issue superscalar architecture with 4 MACs running at up to 300 MHz in 0.13um CMOS, the chip occupies a unique niche.  Although earlier designs, like the ZSP400 and ZSP500 were also sold as chips by LSI Logic, VeriSilicon only licenses the IP, in addition to applying the cores in its own ASIC chip designs.

    The designs of programmable DSP chips continue to evolve, with VLIW becoming the base architecture of choice for most of the highest performance discrete chips. But all discrete DSP chip vendors are now treating their basic engines as ASIC cores, as central elements in an ASSP (application-specific standard product), like a digital still camera chip, or for a customer-specific (usually high-volume) design like a cellphone baseband chip.

    Another clear trend is that of licensable RISC cores have evolved to incorporate ever-increasing DSP functionality, either through customizable instruction set architectures or through the addition of SIMD augmentation.

    The trend toward ASSPs for vertical markets, like cellphones, cameras and personal media players continues, with off-the-shelf discrete DSPs becoming a diminishing percentage of the (still-growing) DSP-centric silicon market.

    Analysis: Michael Dell acquiring the rest 84% stake in Dell for $2.15B in cash, before becoming the next IBM, and even getting the cash back after the transaction

    OR Michael Dell’s new cash skimming strategy by privatization and targeting the high-growth and fast SME/SMB (small to medium-sized) businesses with solutions worldwide which will help the adoption of Dell solutions by larger enterprises later on as well. OR how to exploit Dell’s competitive advantage of having NO legacy (“old things”/”old”) business in the enterprise market versus the established enterprise solution players like IBM, HP, Oracle et al. OR the story of leaving its traditional PC business behind, and how the explosion of consumer IT devices and consumerization of IT is playing well with this specific kind of small to large enterprises focus by Dell. OR Michael’s way of showing a fig to all stock market actors (the diversity of “analysts” included) inspired by his thinking ‘You are utterly stupid, and will remain so’. OR the huge bonus for creating the tremendous value in the last 6 years he’d lead the company again, as described in the details sections of this post, as well as earlier in the Pre-Commerce and the Consumerization of IT [Sept 10, 2011] and Thin/Zero Client and Virtual Desktop Futures [May 30, 2012] posts on this same blog. OR, in the very worst case, getting a normal evaluation (sooner or later) of his 16% of shares.

    ANYWAY Michael will become hyper-rich. As a minimum think of attaining a $36B value instead of his current $3.8B for his 16% share of Dell when the company indeed becomes the next IBM. This is absolutely possible, and for no more time than another 6 years he will continue to lead Dell. See more about all that in the first section of this post titled:

    Michael Dell: We are not a PC company anymore

    Update: Highlights From Dell Tech Camp 2013 [DellVlog YouTube channel, Feb 12, 2013] will provide the latest and only 3 minutes long glimpse into the current state of such a “non-PC company anymore”

    The event, now in its fourth year featured: * Dell’s latest technologies and solutions that address customer issues and challenges around Cloud Computing, Data Insights, Mobility and Converged Infrastructure * Speakers from Dell including Marius Haas, President of Enterprise Solutions; Aongus Hegarty, President, Dell EMEA; and Tony Parkinson, Vice President, EMEA Enterprise Solutions alongside a number of Dell solutions experts, customers and partners * Hands-on, deep-dive sessions around Dell’s latest Cloud, Storage, Mobility and Convergence solutions * Customer and partner insight on the latest enterprise technology challenges and trends * Two live-streamed Think Tank events at the event which bring together some of the industry’s principal thought leaders to discuss Converged Infrastructure and enterprise solutions for SMBs

    Here is a slide copy which is speaking for itself in showing the difference:
    image

    Then read the second section of this post titled:

    The Indian case as a proofpoint of readiness

    Before those detailed background sections I should elaborate somewhat more about the founder’s cash skimming approach. Michael Dell’s classical business recipe was to collect the bills ahead of paying his suppliers. What was possible in the 90’s is not anymore. Nevertheless: Dell Push-Pull Supply Chain Strategy [Ian Johnson YouTube channel, June 11, 2012]

    http://www.driveyoursuccess.com this video explains how to run Dell’s Push-Pull supply chain strategy.

    Now he decided to apply the original idea to the current state of Dell’s business. This was the sole reason of his one a half year effort taking Dell private with which he succeeded 3 days ago. The official press release, certainly, has no mention of that at all, just the usual bullshit:

    Dell Enters Into Agreement to Be Acquired By Michael Dell and Silver Lake [press release, Feb 5, 2012]

    Mr. Dell said: “I believe this transaction will open an exciting new chapter for Dell, our customers and team members. We can deliver immediate value to stockholders, while we continue the execution of our long-term strategy and focus on delivering best-in-class solutions to our customers as a private enterprise. Dell has made solid progress executing this strategy over the past four years, but we recognize that it will still take more time, investment and patience, and I believe our efforts will be better supported by partnering with Silver Lake in our shared vision. I am committed to this journey and I have put a substantial amount of my own capital at risk together with Silver Lake, a world-class investor with an outstanding reputation. We are committed to delivering an unmatched customer experience and excited to pursue the path ahead.”

    An opinion a little bit closer to the real aim:
    Dell Computers In Buyout Bid By Firm’s Founder [spworldnews YouTube channel, Feb 5, 2012]

    With an attached background article: Dell Heads For Radical Restructure

    Dell Computers was built from scratch in a college dorm room, and now its founder launches a $24.4bn bid to make the firm private. Once-dominant US computer company Dell has unveiled a £15.5bn plan to take the firm private in a buyout by founder Michael Dell. The firm said it had signed “a definitive merger agreement” that gives shareholders $13.65 (£8.70) per share in cash – a premium of 25% over Dell’s January 11 closing share price.
    “I believe this transaction will open an exciting new chapter for Dell, our customers and team members,” Mr Dell said.
    The deal was unveiled with investment firm Silver Lake, and backed by a $2bn (£1.27bn) loan from Microsoft. Dell shares dropped 2.6% to $13.27 on the Nasdaq after the plan was announced. The move, which would de-list the company from stock markets, could ease some of the pressure on Dell, which is cash-rich but has been seeing profits slump.
    Michael Dell Michael Dell founded the firm in his college dorm room. The Texas-based computer maker, which Mr Dell started in his college dormitory room, once topped a market capitalisation of $100bn (£63bn) as the world’s biggest PC producer.
    The plan is subject to several conditions, including a vote of unaffiliated stockholders. It calls for a “go shop” period to allow shareholders to determine if there is a better offer.
    “We can deliver immediate value to stockholders, while we continue the execution of our long-term strategy and focus on delivering best-in-class solutions to our customers as a private enterprise,” Mr Dell said of the plan.
    Dell was a pioneer of phone-ordered, custom built PCs in Britain during the 1990s.
    The company worked from facilities in the Irish Republic, Britons were able to specify their hard and software requirements before machines were delivered to their home.

    But a realistic assesment I’ve found only in that source:
    Here’s The Secret Private-Equity Plan For Dell by Henry Blodget [Daily Ticker on Yahoo! Finance, Feb 6, 2013] CLICK TO THE LINK AS THERE IS A VERY GOOD VIDEO RECORD OF DISCUSSION BETWEEN DAILY TICKER’S HOSTS AARON TASK AND HENRY BLODGET

    Earlier, I wrote about what Dell was likely to do now that it is taking itself private.

    I suggested that Michael Dell and his private-equity backers would coin money, in part by paying themselves a huge one-time dividend with the cash sitting on Dell’s balance sheet.

    I also bemoaned the fact that Michael Dell had to take his company private to coin this money instead of executing his plan as a public company and sharing the loot with his current shareholders.

    More broadly, I complained that too few public-company management teams (like Dell’s) have the balls to tell short-term public-market investors to take a hike and implement long-term strategic plans.

    And that is indeed a bummer.

    But it’s also the reality.

    Most public-company management teams are so cowed by Wall Street’s short-term demands that they sacrifice the vision and cojones that enabled them to build big public companies in the first place. And then they just manage their companies from quarter to quarter while avoiding the tough, ballsy decisions that separate great companies from good ones.
    Anyway, Dell has decided to go private.
    So the questions are:
    • Why is Dell going private?
    • What is Dell going to do as a private company?
    Earlier, I speculated about what a generic private-equity firm might do with Dell after taking it private.
    I have since spoken with sources familiar with the specific Dell situation. So I have some better information.
    Here’s what the sources told me:

    • Dell is going private because the company is in the middle of a 5-year transformation from “PC manufacturer” to “single-source provider of corporate cloud and security solutions” (sort of a mini-HP or mini-IBM model) and the market is giving it no credit for that transformation. The company feels it has been making good progress on its transformation, but management is worried about meeting quarterly targets and other milestones that are slowing the transformation down. And the stock just keeps dropping. So Michael Dell and Silver Lake felt there was an opportunity to be bolder and more aggressive with Dell as a private company.


    • Silver Lake and Michael Dell are borrowing about $17 billion of the $24 billion Dell purchase price ($15 billion from banks and $2 billion from Microsoft), which means they are temporarily putting up about $7 billion of equity capital. Dell has $15 billion of cash sitting in the bank. So it seems highly likely–we’ll know in 45 days, when the SEC filing appears–that Silver Lake and Dell will pay themselves a big dividend to cover their cash investment. After that point, they’ll be playing with house money. (Correct–it doesn’t suck to be in the private-equity business!).

    • The secret plan for Dell is NOT to fire thousands of people and chop the company up and sell off the parts. Sure, some folks might get fired and some divisions might get sold. But the plan is to invest in the company’s product suite, R&D, pricing*, and marketing capabilities, thus accelerating Dell’s transformation into a solutions provider. This investment will temporarily reduce the company’s free cash flow and profits, which public-market investors might (stupidly) have freaked out about. This was one of the reasons Michael Dell wanted to take the company private.

    • Dell’s plan is to focus on selling its solutions to mid-market companies (~500 employees [more precisely to companies with 215-2,000 employees, see the details in the first “Michael Dell: We are not a PC company anymore” section of my analysis]), not the gigantic Fortune 500 companies that are already well-served by IBM, HP, and other huge “solutions” providers. By providing comprehensive solutions for cloud and security to companies that are not currently well-served, Dell also hopes to increase demand for PCs at these companies–PCs that Dell will obviously provide.
    The private-equity firm backing Dell, Silver Lake, has a long history of investing in troubled tech companies, and it has posted excellent returns over the years. Silver Lake’s target investment time horizon is about 5 years, which is about 100-times longer than the time horizon of the typical public-market investor. So Silver Lake is willing to depress Dell’s earnings and cash flow for a couple of the years while investing heavily to transform the company–thus, hopefully, creating a more valuable Dell over the long term.
    That said, Dell’s competitor HP is not so optimistic and had these crushing statements about Dell’s turnaround:
    That said, Dell’s competitor HP is not so optimistic and had these crushing statements about Dell’s turnaround:
    “Dell has a very tough road ahead. The company faces an extended period of uncertainty and transition that will not be good for its customers. And with a significant debt load, Dell’s ability to invest in new products and services will be extremely limited. Leveraged buyouts tend to leave existing customers and innovation at the curb. We believe Dell’s customers will now be eager to explore alternatives, and HP plans to take full advantage of that opportunity.”
    Public market investors and wimpy management teams take note: Your obsession with quarterly performance creates the opportunity for firms like Silver Lake to come along and buy your companies on the cheap, thus coining money for their private-market investors. In short, your quarterly earnings obsession is ruining companies and destroying value. So grow a pair, tell Wall Street to be patient, and focus on creating value for the long term!
    * What I mean by “investing in pricing” is cutting prices on hardware and, thus, reducing profit per unit. This will hurt profit margins but make the company’s solutions more attractive to customers. And given that the focus is now on “solutions,” they’ll be looking to sell the hardware at closer to cost and then make money on add-on software and services.

    In addition I will draw your attention to the following facts in the first “Michael Dell: We are not a PC company anymore” section of my analysis:

    • John Swainson President of Dell Software Group was senior advisor to Silver Lake before he came to Dell a year ago to form this most essential unit for Dell’s long-term business strategy. His earlier role was to advise on value creation activities for Silver Lake’s portfolio companies. Prior to that he was CEO of the big software company Computer Associates (now CA Technologies) for five years, and before that worked for IBM Corp for more than 26 years, including seven years as general manager of the Application Integration Middleware Division, a business he founded in 1997. During that period, he and his team developed the WebSphere family of middleware products and the Eclipse open source tools project. He also led the IBM worldwide software sales organization.
    • Marius Haas hired in August to lead the Enterprise Solutions Group (ESG) came from Kohlberg Kravis Roberts & Co. L.P. (KKR). KKR was the leader of the leveraged buyout boom of the 1980s. Its biggest LBO deal is still the biggest one in the histroy of mankind, and well documented in both a book and a film Barbarians at the Gate: The Fall of RJR Nabisco. Prior to KKR Haas was senior vice president and worldwide general manager of the Hewlett-Packard (HP) Networking Division, and also served as senior vice president of Strategy and Corporate Development. Before that he worked in senior operations roles at Compaq and Intel Corporation.
    • Jai Menon became CTO of Dell’s Enterprise Solutions Group in last August but before that he was CTO and VP, Technical Strategy for IBM’s Systems and Technology Group (STG). … Jai joined IBM Research in 1982. He has made many contributions to the storage industry and to IBM in the areas of disk emulation, storage controllers, disk caching, storage networking, storage virtualization, file systems and RAID. He is one of the early RAID pioneers that helped create a technology that is now a $20B industry.

    With such high level of private equity, leveraged buyout and both business and technical strategy expertise in the Executive Leadership Team, as well as top enterprise technology leadership behind that, Michael Dell is best positioned to reap both immediate and ongoing financial benefits of unprecedented scale from taking Dell private. Some more information from the business media to support my statement:

    Inside Michael Dell’s World [The Wall Street Journal, Feb 5, 2013]

    … The buyout would give Mr. Dell the largest stake in the company, ensuring that the 47-year-old is the one who gets to oversee any changes. … As part of the deal to go private, Mr. Dell would contribute his nearly 16% stake valued at about $3.7 billion, plus $700 million from an investment firm he controls, the people said. Microsoft would invest about $2 billion in the form of a subordinated debenture, a less-risky investment than common stock. … Microsoft isn’t expected to get board seats or governance rights in a closely held Dell, one of the people said. Instead, the companies would tighten their relationship regarding use of Microsoft’s Windows software, the person said.

    Microsoft Loan Said to Help Dell While Avoiding Favorites [Bloomberg, Feb 5, 2013]

    Microsoft Corp. (MSFT) is using a $2 billion loan to help finance Dell Inc. (DELL)’s $24.4 billion buyout to bolster one of the largest makers of computers using Windows software and fend off competition from Google Inc. and Apple Inc.

    Steve Ballmer, Microsoft’s chief executive officer, discussed the loan with Dell founder and CEO Michael Dell, according to two people familiar with the negotiations. Microsoft opted for a loan rather than an equity investment to avoid rankling other personal-computer makers that use Windows, said one of the people, who asked not to be named because the matter isn’t public. …

    … Microsoft’s investment helps to support “the long term success of the entire PC ecosystem,” the company said in a statement. Peter Wootton, a spokesman for Microsoft, declined to comment beyond the statement.

    Microsoft won’t be involved in day-to-day operations, Dell Chief Financial Officer Brian Gladden said in an interview. …

    Michael Dell coughs up $750 million cash to buy out Dell [Reuters, Feb 6, 2013]

    Michael Dell and his investment firm are ponying up $750 million in cash toward the $24.4 billion purchase of Dell Inc to help bankroll the largest private equity-backed buyout since the financial crisis.

    The Dell founder and CEO this week struck a deal to take private the company he created out of a college dorm room in 1984, partnering with private equity house Silver Lake and Microsoft Corp.

    Michael Dell will contribute $500 million of his own cash, and MSDC Management – an affiliate of his investment vehicle, MSD Capital – will contribute another $250 million, according to a company filing on Wednesday.

    Dell Inc also said it is targeting the repatriation of $7.4 billion of cash now parked abroad to help finance the deal. That may dismay some shareholders, as a hefty tax is usually levied on cash brought back from overseas.

    The deal, which ends Dell’s rocky 24-year run on the Nasdaq just as the once-dominant PC maker struggles to revive growth, is contingent on approval by a majority of shareholders — excluding Michael Dell himself.

    Several shareholders, including prominent investor Frederick “Shad” Rowe of Greenbrier Partners, have spoken out against the deal, protesting a lack of specifics as well as a potential conflict of interest with Michael Dell being the company’s single largest shareholder with a roughly 16 percent stake.

    “Some shareholders are glad. But there are others who feel it’s a raw deal,” said Shaw Wu, an analyst with Sterne Agee, who has spoken with several Dell shareholders since the announcement but declined to provide further details.

    The company has not given many specifics on what it would do differently as a private entity, angering some shareholders who said they needed more information to determine whether the $13.65-a-share deal price – a 25 percent premium to Dell’s stock price before buyout talks leaked in January – was adequate.

    On Wednesday, an individual shareholder filed the first lawsuit, in Delaware, attempting to stop the buyout. The lawsuit – which is seeking class-action status – maintains that the $13.65 per share offered sharply underestimated the company’s long-term prospects.

    By engaging in the going private transaction nowin the midst of the company’s transition from a PC vendor to full service software and enterprise solution providerthe board is allowing defendants M. Dell and Silver Lake to obtain Dell on the cheap,” read the lawsuit filed by Catherine Christner.

    Dell, the world’s No. 3 personal computer maker, broke down details of the equity and debt financing secured for the buyout in Wednesday’s filing.

    Silver Lake is putting up $1.4 billion, while banks including Bank of America, Barclays, Credit Suisse and RBC will provide roughly $16 billion in term loans and other forms of financing.

    Wednesday’s filing also disclosed that under certain circumstances if the merger cannot be completed, Michael Dell and Silver Lake could have to pay a termination fee of up to $750 million to the company.

    What Should Dell Shareholders Do? [Seeking Alpha, Feb 6, 2013]

    … let’s have a look at some balance sheet items. If the company was highly leveraged, things would be different and this price could make some kind of sense given the risk. But, if we look at the numbers, at the end of last quarter Dell had $11.2 billion in cash and equivalents, a long term debt of $5 billion and a total equity of $10.1 billion. In other words, a very healthy balance sheet.

    Putting things together, it’s very hard to recommend accepting the current offer. Unless you have another investment where you can put your money to work at a higher rate of return than you would by sticking with Dell (and with the safety of its balance sheet) I cannot recommend selling the shares at this price.

    Of course, Michael Dell and Silver Lake know the company is worth much more, and that’s why they are offering to take the company private.

    Unplugged: Why is Michael Dell buying back his company? [USA TODAY, Feb 5, 2013]

    … Because the 47-year-old CEO is already a billionaire, who has had scrapes with the Securities and Exchange Commission, critics contend that he has become adept at financial engineering and is simply sticking it to current shareholders to enrich himself yet even more. (The chairman and the company settled fraud allegations with the SEC in October 2010.)

    No doubt, Michael Dell is a capitalist. But I doubt his sole motivation is pure greed and a perverse joy in sticking it to shareholders, which include employees.

    Yet having met and interviewed Michael Dell on a number of occasions over the past decade, I think he is far more complex than a money-grubbing tech titan without heart or soul. In fact, I think he really cares about his legacy, the company and Austin. …

    MEANWHILE BELOW YOU CAN FIND A FEW “NO-CASH-SKIMMING” VIEWS OF THE PROPOSED DEAL:

    Channel: Happy, Worried [CRN, Feb 5, 2013]

    Solution providers see two sides to Dell’s privatization move.

    The first side is the opportunity for Dell to go through the painful transformation into an enterprise solution developer. Paul Clifford (pictured), president of Davenport Group, a St. Paul-based solution provider, said Dell should be able to accelerate its enterprise transformation without the eyes of Wall Street on them. “Dell is bringing us great products and support,” Clifford said. “If they go private, I think we’ll see more good stuff.”

    The second side is how Microsoft’s new relationship with Dell will impact the rest of the industry. Michael Goldstein, CEO of LAN Infotech, a Fort Lauderdale, Fla.-based solution provider, said such a close relationship between the two is a little scary. “Dell is Microsoft’s biggest reseller partner,” Goldstein said. “They’re hugely important. Seeing the two of them combined makes me a little nervous because we’re a smaller solution provider, and we don’t want to get lost in the mix if [the deal] does happen.”

    What Will We Learn From Dell Tomorrow? [Bloomberg YouTube channel, Feb 5, 2013]

    Feb. 4 (Bloomberg) — Today’s “BWest Byte” is 1, for how many more days until we find out what’s happening at Dell. Cory Johnson reports on Bloomberg Television’s “Bloomberg West.” (Source: Bloomberg)

    Dell Gets Hit Hard by Sluggish Worldwide PC Market [Bloomberg YouTube channel, Nov 16, 2012]

    Nov. 15 (Bloomberg) — Nicole Lapin reports on trouble at Dell. She speaks on Bloomberg Television’s “Bloomberg West.” (Source: Bloomberg)

    Dell and HP down for the count? [CNNMoney YouTube channel, Aug 22, 2012]

    Slow to find success in the realm of mobile, HP and Dell are caught in a downward slide with no apparent end in sight.


    Michael Dell:

    We are not a PC company anymore

    Michael Dell addresses Dell’s future [published on FortuneMagazineVideo YouTube channel, Jan 16, 2013; recorded on July 17, 2012]

    Michael Dell, Chairman and CEO, Dell, was interviewed by Fortune’s Andy Serwer at Brainstorm Tech in Aspen. They talked about the PC market, the enterprise, China, and Apple. He also announced a new $60M venture fund and said sales have slowed in China.

    Full transcript: Michael Dell addresses Dell’s future [Fortune, July 17, 2012]
    See also: Pre-Commerce and the Consumerization of IT [this same ‘Experiencing the Cloud’ blog, Sept 10, 2011]

    A sure sign of that “not a PC company anymore” statement came recently with
    Financial Reporting Change – Product and Service-based P&L by Robert L Williams [DellShares blog, Jan 10, 2013]

    In 2009, we charted our course to become a leading provider of end-to-end solutions. We’ve been executing our strategy with discipline and consistency ever since, investing for growth in the data center, software and services.  Our Enterprise Solutions and Services business revenue was about $14 billion in FY08 and by Q3 FY13 we saw an annual run rate approaching $20 billion.  We now have critical mass in these businesses, and we need a financial reporting structure that supports their growth and success.  Today in an 8-K filing Dell announced in the first quarter of fiscal 2014, which begins on February 2, 2013, it will replace its current global customer segment reporting structure with the following product and services groups:
    •  End User Computing (EUC), led by Jeff Clarke, vice chairman of operations and president Dell EUC, will include a wide variety of mobility, desktop, desktop virtualization, third-party software, and client-related services and peripheral products.
    •  Enterprise Solutions Group (ESG), led by Marius Haas, president Dell ESG, will include servers, networking, storage, and related peripherals products.
    •  Dell Services, led by Suresh Vaswani, president Dell Services, will include a broad range of IT and business services, including support and deployment services, infrastructure, cloud, and security services, and applications and business process services.
    •  Dell Software Group, led by John Swainson, president Dell Software will include systems management, security and business intelligence software offerings.
    Steve Felice, chief commercial officer, will continue to lead Dell’s global sales and marketing organizations.

    That was already well manifested at Dell World [2012] Influencer Panel Highlights – December 11, 2012 [DellVlog YouTube channel, Dec 11, 2012]

    Highlights from the Dell World Influencer Panel and Q&A with Michael Dell and Dell’s Executive Leadership Team held December 11, 2012 live from Austin, TX. Join the conversation on Twitter via #DellWorld.

    The Dell wants to be more than your box provider post from The Register summarizes the above [Dec 12, 2012] as:

    Solutions in hand – but supply your own drinks

    … Dell is dead serious about being a “solution provider” … – and it has to be, because as we all know the margins are in software and services.

    That’s why Steve Felice, Dell co-president and chief commercial officer, bragged that Dell had spent over $10bn in the past five years to acquire Perot Systems, Quest Software, Wyse Technologies, Scalent, Boomi, AppAssure, SonicWall, KACE, SecurityWorks, and a slew of others to build out its portfolio of services and software.

    The executive roundtable was a way to introduce some of the new faces of Dell to customers and partners, with just about everybody but Dell, the man, and [Steve]Felice [Dell co-president and chief commercial officer], who joined Dell in 1999 from third-party tech support firm DecisionOne, and Jeff Clarke, vice chairman and co-president in charge of global operations and end user computing, being the old Dell hands.
    Marius Haas, president of the cross-group Enterprise Solutions (gulp!) group, just came aboard this year after a short stint at private equity firm KKR and a long career at rival HP. John Swainson, who runs Dell’s Software Group, is a long-time IBMer who turned CA Technologies around. After the surprise resignation last week of long-time EDS executive Steve Schuckenbrock, who has been at Dell since 2007 and who has run its Services and then its Large Enterprise groups, Suresh Vaswani is the new president of the Services group and was formerly in charge of Dell’s Indian services group; before that, he was the co-CEO at Indian services giant Wipro. The consensus on the street seems to be that Schuckenbrock wants to be a CEO, and it ain’t gonna happen at Dell. (There could be some openings up at HP.)
    The opening of Dell World was also a way to toss out some more statistics. Dell says that it has presence at 95 per cent of the Fortune 500, and that more than 10 million small and medium businesses rely on its solutions (gulp!) and services (okay, new rule, when Dell says services, you have to pay the person to your right $5.) Dell also has something on the order of 115,000 partners, with about 650 of them showing up at Dell World to get the inside track.
    The execs were also put on the spot to answer questions, and Dell, the man, was asked about what he thought about the future of the PC business, something on the minds of both HP and Dell these days and not something that IBM is worried about much these days. (IBM is more worried about the future of systems and services, and it will have its own issues here, fear not.)
    “We spend a lot of time talking about this and working and working on it together,” Dell said, referring to his collaboration with Clarke. “We’re quite optimistic about Windows 8. You’re going to hear over the next few days about a broad set of products. Think about a product like Latitude 10, which is a thin, light tablet that also docks to become a full workstation – totally secure, works with all of the other Windows things that a customer have, runs Microsoft Office, and has a USB port, and so on.
    “That’s the kind of product that really excites out customers and helps address some of the challenges that exist. We think the touch experience is incredible. We have this stunning 27-inch, quad HD display with our XPS27 all-in-one. We think we are seeing a real revolution in the PC.”
    Clarke was more adamant: “We still believe that the PC is still the preferred device to do work, to drive productivity, to create. I look at the long-term prospects of the PC business and I am very optimistic; 85 per cent of the world’s population has a PC penetration rate of less than 20 per cent. I look at the middle class as it grows over the next 20 years from 1.8 billion people to 4.9 billion people, and I see the opportunity there. I look at the number of small businesses that we sell to today, and the creation of small businesses continues at an unprecedented rate and serving that with PCs is still a huge opportunity for the company.”

    One of the big events at Dell World on Wednesday, which Felice hinted at, would be a partnership with the Clinton Foundation, the organ of former president Bill Clinton, to help spur the growth of small businesses. (I doubt they talk about solutions much.)

    The real issue, explained Dell, was moving from selling individual point products to standing up combinations of servers, storage, networking, PCs, software, and services to solve a particular problem. This is precisely what every major systems player is trying to do, and the big independent OS suppliers (Microsoft and Red Hat) as well, who treat x86 iron the same way they treat electricity: as a given and not worth much consideration or profits.

    The company  issued the following press releases to clarify everything:
    Dell Investment in Enterprise Solutions and Services Gives Customers Worldwide the Power to Do More [Dell press release, Dec 11, 2012], an important excerpt to add to the above

    Strategy, Execution and Progress
    Dell’s long-term strategy is grounded upon helping IT organizations more rapidly respond to business demands, improve efficiency and capitalize on new, standard-based technologies. Dell is successfully executing on its long-term strategy, including key acquisitions of Wyse, SonicWall and Quest Software in 2012, while growth in its Enterprise Solutions and Services businesses continues to outpace its competitors.

    • Dell’s server and networking business grew 11 percent in the 3rd quarter, representing the 12th consecutive quarter of growth.
    • Dell’s server business grew revenue 4 percent in the 3rd quarter, and was the only provider among the top three to achieve positive unit growth, while other providers lost share.
    • Dell’s storage business (Dell-branded storage) grew at twice the rate of a major competitor and continues to outpace other providers, many of which reported declining revenue.

    Dell Enterprise Solutions and Services now represent one-third of the company’s revenue and half of its gross margin. These businesses, which were about $14 billion in FY08 are on an annual run-rate approaching $20 billion through the 3rd fiscal quarter, are up 4 percent from the previous year. Dell is making solid progress in executing its strategy and continues to add to capabilities valued by customers.

    Dell Backs Growing Businesses With Scalable Technology Solutions, Resources and Capital to Fuel Job Creation, Economic Growth Worldwide [Dell press release, Dec 11, 2012], an important excerpt to add to the above

    Dell today announced a renewed commitment to accelerate growth of small and midsize companies with scalable technology solutions, resources for entrepreneurs, and a new partnership with Clinton Global Initiative designed for next generation business founders.

    Fast-growing entrepreneurial companies are an important catalyst for global economic recovery and job creation,” said Michael Dell, Chairman and CEO of Dell. “At Dell, we’re delivering agile, efficient and powerful solutions to help entrepreneurs succeed today, scale quickly and have their ventures grow as big as their dreams and ambitions.”

    Dell started to communicate heavily this change about one and a half year ago as evidenced by My Take on Dell’s Solutions Strategy post by Lionel Menchaca, Chief Blogger [Direct2Dell blog, June 13, 2011]. More communication since then were given in the following posts:
    My Thoughts on Dell’s Analyst Meeting by Lionel Menchaca, Chief Blogger [Direct2Dell blog, July 5, 2011]
    I see a mixed data center environment in your future by Praveen Asthana [Direct2Dell blog, Dec 15, 2011]
    Enterprise Solutions and Services Strength Highlight Dell’s FY2012 Results by Lionel Menchaca, Chief Blogger [Direct2Dell blog, Feb 21, 2012]
    Business Intelligence for the Mid-Market by Vickie Farrell [Direct2Dell blog, Feb 27, 2012]
    New Dell Appliance Makes Data Warehouses Simple and Affordable by Vickie Farrell[Direct2Dell blog, July 11, 2012]
    How Dell Helped Grow Financial Grow by Scott Schram [Direct2Dell blog, May 21, 2012]

    In my prior role with Dell I was part of the SMB business transformation team charged with integrating M&A acquisition solutions including KACE, Boomi, Compellent, SecureWorks and Force10 Networks into the core business. So when I moved into my new role with our Commercial Verticals organization focused on the Financial Services industry, I was anxious to observe firsthand how this newly acquired Dell IP was meeting customer needs. It didn’t take long.

    Dell announces the completion of its acquisition of Make Technologies by Suresh Vaswani, Chairman–Dell India [Direct2Dell blog, May 24, 2012]
    The NHS Information Strategy and Information-Driven Healthcare by Andrew Jackson [Direct2Dell blog, May 29, 2012]
    Dell AppAssure takes you beyond backup by Zorian Rotenberg [Direct2Dell blog, June 12, 2012]

    It’s been a little over four months since Dell acquired AppAssure, and we’ve settled right into the Dell family. Today at the Dell Storage Forum in Boston, Darren Thomas announced the first new Dell AppAssure release – Dell AppAssure 5 – designed to allow customers to achieve higher levels of scale, speed and efficiency for backups of big data sets.

    Mid-size organizations can gain first-mover advantages with desktop virtualization by Brent Doncaster [Direct2Dell blog, June 13, 2012]

    Watch how DVS Simplified offers a simple, easy-to-deploy and operate VDI appliance that delivers traditional desktop virtualization benefits in an all-in-one package. Learn more at:http://lt.dell.com/lt/lt.aspx?CID=823…

    Start virtualizing desktops with DVS Simplified DaaS – a cloud-based solution for desktop virtualization by Janet Diaz Solutions Communications Manager, Desktop Virtualization Solutions – End User Computing at Dell [Inside Enterprise IT blog from Dell, June 22, 2012]

    DVS Simplified DaaS delivers full-featured virtual desktops delivered from Dell’s state-of-the-art data centers and powered by Desktone’s industry-leading, secure, multi-tenant DaaS platform. DVS Simplified DaaS is ideal for organizations that want a cloud-based virtual desktop infrastructure (VDI) solution, simple onboarding and management (deployment takes only a few days and can include a proof of concept), a low set-up cost with monthly subscription-based pricing, and the flexibility to scale from a few seats to thousands of seats.
    DVS Simplified DaaS provides organizations of all sizes – SMBs, large enterprises and public sector entities – the ability to quickly deploy a VDI solution to address a variety of business imperatives. Picture workers in industries such as healthcare, insurance, construction, etc. using different devices to connect to their desktops while in the field. Or picture a company needing to quickly provision hundreds of desktops for an incoming class of interns (and also needing to redeploy these desktops at the end of the internship program). Or think of an organization that has a few employees on a different continent but does not want to invest in data centers and IT resources there. DVS Simplified DaaS can be the right solution in each of these cases.

    Knock Down the Barriers to Desktop Virtualization by Ann Newman, a technology writer, blogger and editor for Digital Online Marketing at Dell with specialties in BYOD, desktop virtualization, Windows 8 and other high-technology topics. Follow Ann on Twitter at @DellWebWoman [DellWorld 2012 blog, Oct 12, 2012]

    In today’s business environments, where BYOD (bring your own device) is becoming a fact of life, desktop virtualization is becoming a must-have. Don’t let the old barriers hold you back.

    Winning the data center by Paul Shaffer [Direct2Dell blog, June 18, 2012]
    Dell’s Enterprise Solutions Strategy Will Drive Company’s Long-Term Growth [Dell press release, July 13, 2012]

    “Through strategic acquisitions and organic growth, we are creating innovative solutions that provide more value and competitive edge for our customers,” Michael Dell, chairman and CEO, told stockholders. …
    Mr. Dell and Brian Gladden, Dell CFO, outlined the steps taken by the company to establish Dell as a full-service solutions company, and how the company’s business has shifted, with enterprise solutions and services accounting for 50 percent of its gross margin in the first quarter of fiscal year 2013. Among those actions was the formation earlier this year of a Software Group to add to Dell’s enterprise solutions capability, accelerate strategic growth and further differentiate the company from competitors with standards-based, scalable and flexible Dell-owned intellectual property.
    Dell is building its software portfolio in part through strategic acquisitions. The company recently announced a definitive agreement for Dell to acquire Quest Software, an award-winning IT management software provider offering a broad selection of IT solutions. The Quest acquisition is expected to be completed in Dell’s fiscal third quarter. Dell has made eight acquisitions in the last 12 months and 16 in the past two years.

    Dell Software Leadership Team Event #DellSoftware by Sarah Richardson Luden [Direct2Dell blog, July 19, 2012]

    Dell’s software organization leverages the strength of existing Dell software assets, as well as those obtained through organic and acquisitive growth, to better provide our customers with competitively differentiated hardware, software and services solutions. Dell recently announced its intent to acquire Quest, an IT management software provider, which extends Dell’s existing capabilities in security and systems and data management.
    Dell Software will initially focus on these four core areas:

    Dell CloudExpo Keynote Presentation from Kevin Hanes, Executive Director of Dell Services by Stephen Spector [#DellSolves blog, June 14, 2012] about Dell’s solution oriented approach to cloud computing to meet the challenge for any organization how to evolve, to adopt new architectures and processes that increase business agility, scalability and governance/compliance and decrease risk.
    Dell Cloud Client Computing launches public beta of Project Stratus by Allison Darin [Direct2Dell blog, Aug 27, 2012]

    Project Stratus is a comprehensive cloud-based management console that is geared at helping enterprises thrive in a world of “Consumerized IT” where corporate and consumer technologies intermingle. It empowers employees with the highest productivity and the best user experience, while giving IT organizations the required control to allow them to welcome employee owned devices into the enterprise. Through its unified, cloud-based console, IT administrators will be able to to securely manage user devices as well as deliver applications and services to their users across a variety of scenarios; in office, mobile and remote, corporate owned and managed, user owned and self-service.
    “As the BYOD trend expands the private or public cloud access paradigm beyond PCs to include mobile devices of all types, and organizations start to adopt other consumer technologies like apps, we see IT needing the ability to rapidly adapt and embrace new end user service delivery models,” says Hector Angulo, Product Manager for Project Stratus at Dell. “Project Stratus was designed to provide this agility in a simple, secure and cost-effective package – if IT needs to manage end user devices, they can; if all they care about is managing how corporate data and apps are delivered regardless of device, it supports that too.”

    Data Center Evolution by Scott Herold [Direct2Dell blog, Sept 6, 2012]
    Powering the Possible in Smart Grid by David Lear, Executive Director—Sustainability [Direct2Dell blog, Oct 3, 2012]
    Building a Practical Foundation for Big Data Transformation by John Igoe [Direct2Dell blog, Oct 3, 2012]
    My New Role as CTO of Dell’s Enterprise Solutions Group by Jai Menon, the former CTO of IBM Systems and Technology Group [Direct2Dell blog, Oct 10, 2012]
    Executing BYOD programs by Rafael Colorado Marketing Director, Desktop Virtualization Solutions [Inside Enterprise IT blog from Dell, Oct 10, 2012]

    Let’s start with a common use case of an enterprise customer enabling remote and internal employees to access company resources through various devices and provide more than simple e-mail; they need access to a variety of corporate applications.
    The first variable to consider, Device Management, ensures that governance and policies are applied to all end points. Dell KACE offers a practical device management solution deployed as an appliance or SaaS offering. Additionally, Dell can provide BYOD consulting for organizations that need a more customized solution.
    The second variable, Secure Data, is mission critical because it safeguards the integrity of corporate information. Dell’s SonicWALL ensures secure access to intranet resources with secure SSL/VPN technology to manage encryption across all corporately-managed mobile devices. For a higher level of enhanced security Dell SecureWorks can be added to account for threat management.
    The third variable, Develop and Modernize Applications, helps organizations optimize applications for deployment into BYOD environments. Dell offers AppDev services that provide image optimization and application rationalization services. With PocketCloud, Dell also offers a comprehensive application delivery solution to remotely connect to your desktop with your iOS or Android device. Here’s a quick video on PocketCloud:
    The expanded Wyse PocketCloud family fuses streaming apps and data with search, file management and sharing across personal devices delivering content management from the cloud.
    Finally, Infrastructure Optimization is the variable over which my team, Dell Wyse, has the most influence. Infrastructure Optimization is about providing the backend infrastructure to host and manage your desktops and applications by centralizing data and applications in the cloud or the data center. Dell Desktop Virtualization Solutions (DVS) provides the datacenter infrastructure, including preconfigured networking equipment, storage, and Dell 12G servers to accelerate the adoption of VDI and application virtualization. DVS also offers virtual desktops in Simplified or Enterprise “as-a-service” configurations where virtual desktops are hosted and managed in the Dell Cloud. Finally, DVS offers an assortment of services to help you asses, plan, and roll-out desktop virtualization deployments.

    Dell’s Desktop Virtualization Strategy from Citrix Synergy 2012 [DellTechCenter YouTube channel, June 6, 2012]: [1:10] We are the only company that can offer an appliance, a VDI appliance [(DVS) Simplified appliance]. Nobody else has that. [1:19]

    Rafael Colorado from Dell talks about Dell’s Desktop Virtualization Strategy from Citrix Synergy 2012 in San Francisco.

    Feeling the Energy at Synergy by Janet Diaz Solutions Communications Manager, Desktop Virtualization Solutions – End User Computing at Dell [Inside Enterprise IT blog from Dell, May 10, 2012]

    After viewing a live demo of our Dell Desktop Virtualization Solutions (DVS) Simplified appliance featuring Citrix VDI in a Box software coupled with a Wyse zero client in action, or testing out our DVS Simplified Desktop as a Service (DaaS), or seeing how our Dell Virtual Labs solution is purpose- built to solve the specific IT problems in the education field; our customers came away impressed that Dell’s transformation into a solutions-focused company is gaining major traction.
    As part of the DVS Simplified demo, we are also excited to be showcasing Dell’s partnerships with both Citrix and Wyse, which gives our customers a truly end to end VDI solution that is easy to buy, easy to deploy, easy to manage and easy to scale.  Dell worked closely with Citrix to develop DVS Simplified, incorporating Citrix’s VDI-in-a-Box, to deliver VDI as an applianceBy adding Wyse to the partnership, Dell can now deliver a wide array of plug-and-play, automatically managed thin clients to further extend that simplicity to the end points.  We are very excited to be demonstrating this end to end solution in our booth for all Synergy attendees to see first-hand.

    What the new release of [Citrix] VDI-in-a-Box 5.2 means to you by Rafael Colorado Marketing Director, Desktop Virtualization Solutions [Inside Enterprise IT blog from Dell, Oct 18, 2012]
    – see also: Accelerating desktop virtualization gains [Dell Power Solutions, 2012 Issue 2, May 16, 2012] discussing the issues which lead to the creation of Dell desktop virtualization portfolio of end-to-end solutions—available in Simplified and Enterprise segments—in order to effectively address the diversity of organizations
    – see also: Thin/Zero Client and Virtual Desktop Futures [this same ‘Experiencing the Cloud’ blog, May 30, 2012]
    BYOD: A Love Story by Ann Newman, a technology writer, blogger and editor for Digital Online Marketing at Dell with specialties in BYOD, desktop virtualization, Windows 8 and other high-technology topics. Follow Ann on Twitter at @DellWebWoman  [DellWorld 2012 blog, Oct 26, 2012]

    At Dell, over 15,000 employees use their iOS®-, Android™- and Windows®-based devices at work, worldwide. The company is thriving because the BYOD strategy is built on a solid foundation of mobile device management, application modernization and end-to-end security and networking IT.

    Dell Cloud Client Computing Solutions Support Citrix HDX 3D by Dan O’Farrell Director of Product Marketing, Dell Wyse [Direct2Dell blog, Oct 17, 2012]

    Dell Wyse Cloud Client Manager Eases Consumerization of IT and BYOD Challenges by Rami Karam Product Marketing Manager, Dell Cloud Client Computing [Direct2Dell blog, Nov 7, 2012]
    Release of Dell Quickstart Data Warehouse 2000 Hits Sweet Spot for Mid Market by Matt Wolken [Direct2Dell blog, Oct 17, 2012]
    Unveiling Dell’s next generation converged infrastructure solutions — Active System 800 by Ganesh Padmanabhan [Direct2Dell blog, Oct 18, 2012]
    Converged Infrastructure without the Compromise: Introducing Dell Active Infrastructure and Dell Active System by Dario Zamarian [Direct2Dell blog, Oct 18, 2012]
    Dell developed and acquired IP converge in Active System by Ben Tao [Direct2Dell blog, Oct 22, 2012]
    Taking a more “Active” approach to delivering applications and IT services by Marc Stitt [Direct2Dell blog, Oct 25, 2012]
    One Million Reasons to Celebrate – DCS [Dell Data Center Solutions] Ships its One Millionth Server by Tracy Davis, VP/ GM—Dell DCS Team [Direct2Dell blog, Oct 30, 2012]
    Dell and SAP Hana, or how organizations can harness the power of in memory databases and analytics with joint solutions from Dell and SAP, by Kay Somers  discussing with Mike Lampa, Global Practice Lead for Dell Services Business Intelligence practice and Jeffrey Word, Vice President of Product Strategy at SAP on Direct2Dell blog:

    Part 1, Oct 30: about in memory databases, SAP HANA and how it can dramatically alter organization responsiveness and performance … the capabilities and performance of the SAP HANA platform.

    Part 2, Nov 5: the various ways to add SAP HANA to your database and analytics environment

    Part 3, Nov 11: building the business case for an SAP HANA installation or migration

    Dell Speeds Path to SAP HANA with New Service Offerings in Europe by Andreas Stein [Direct2Dell blog, Nov 12, 2012]
    The Year of the Virtual Desktop- really! by Eric Selken [Direct2Dell blog, Oct 31, 2012]
    Dell Services Introduces New Microsoft Dynamics Solution for Manufacturers by M J Gauthier [Direct2Dell blog, Nov 6, 2012]

    Our manufacturing customers will benefit from the best practices Dell learned from implementing Microsoft Dynamics AX in its own manufacturing supply chain in 2010. Dell’s own implementation generated a 75% reduction in factory IT footprint, 50% reduction in server downtime and a 40% decrease in the IT cost of goods.

    What you may not know about Dell SonicWALL by John van Son [Direct2Dell blog, Nov 13, 2012]
    Dell Acquires Gale Technologies, a Leading Provider of Infrastructure Automation Solutions to help accelerate the momentum of Dell’s converged infrastructure family, Active Infrastructure [Dell press release, Nov 16, 2012]
    Enterprise Business Momentum and Major Milestones by Jai Menon CTO of Dell’s Enterprise Solutions Group [Inside Enterprise IT blog from Dell, Dec 3, 2012]
    Project RIPTide: Business Analytics meets innovation at Dell by Shree Dandekar Director BI Strategy [Direct2Dell blog, Dec 21, 2012]

    Real-time analytics solution for midsized customers is enabled by Dell Boomi and real-time business intelligence capabilities

    Imagine a midsized company collecting data in real time from different sources. Of course they’ll want to convert this data into meaningful insights to improve their business, also in real time. There’s a catch though, they don’t have the IT resources or, necessarily, the expertise to extract those meaningful insights, much less in real time or in plain English.
    Sounds like the right kind of challenge to tackle for Dell’s incubation program.
    With RIPTide, we designed a solution that can assemble relevant data sets (structured and unstructured) on-the-fly, using real-time data integration enabled by Dell Boomi and real-time business intelligence capabilities for reports, dashboards, analytics, and services for easy deployment.
    And it gets even better. This solution simply scales – it can be delivered on a laptop, a server, or an enterprise class platform depending on the customer’s size and needs. A customer also has the option to start off with the Dell Quickstart Data Warehouse and then build the solution on top of it. As part of this project, we’re also exploring to offer this capability as a service for customers to use within their private cloud environment, using Dell managed services.
    We wanted to help customers simplify interpretation of their data – ask a question, get an answer. What is my sales pipeline in real-time? What is my account status with a given customer? What are they saying about me in social media? What does my retail stock look like? Is my fall collection trending on Pinterest?
    We put our project to task, just in time for the two major shopping days of the year – Black Friday and Cyber Monday – with Team Express, a San Antonio-based sporting goods retailer with a small IT staff responsible for maintaining their legacy SQL-based transaction system as well as reporting on daily business activities. Team Express, just like other midsized companies, is challenged with assembling data from various sources, including Salesforce.com and their legacy transaction system, to glean actionable business insights, quickly and easily.

    With the RIPTide solution running on a PowerEdge R720xd 12th generation server, Team Express is now able to capture key business metrics along with new insights, including:

    • Top-performing products by region, customer, and revenue
    • Close-rate per salesperson
    • Sales team productivity
    • Opportunity and lead conversion rates
    Here’s what Brian Garcia, CIO of Team Express … has to say about his experience with this project, “This solution will transform the way almost all of our departments think about how our business is behaving. Now we can see more, we can do more and we will get more with less effort.”

    Dell Retail Announces Industry-Leading Solution to Help Retailers Move to the Cloud by Mike Adams [Direct2Dell blog, Jan 14, 2013]
    2012 – The Channel Perspective by James Wright EMEA Channel Marketing Director at Dell Europe [Direct2Dell blog, Dec 21, 2012]

    It’s almost five years since we started selling through the channel in Europe with Dell PartnerDirect, and it’s safe to say that, while the previous four years were headline years, 2012 has also been outstanding for both Dell and our partners; I want to talk about some of the great highlights that have come out of the Dell PartnerDirect program this year.  Three things really stick out for me – more partners (and more partners growing their Dell business), our continued move from pure PC sales to a far more comprehensive solutions offering for partners and customers, and a steady stream of acquisitions helping to build out our end-to-end solutions portfolio.

    • More than half of Dell’s European sales now go through indirect channels . We’ve now got over 900 Certified Partners in Western Europe. Many are seeing their Dell businesses growing by 30 per cent or more. Now, growth is nothing without volume, but this shows that you can use Dell to survive and thrive in your business despite the current economic climate.
    • We’re building far more complex, integrated solutions. Both server and networking businesses within Dell grew by 14 per cent in Q2. A third of Dell’s revenue, and over half of our profit comes from data centre solutions. In fact, we’re the only major computer vendor to increase server sales in the third quarter, according to both Gartner and IDC. We’re also seeing revenue growth year-on-year in this market. Let’s not forget about the other areas, too. Storage is a big deal for us – and the latest European event proved that it’s a big deal for the channel, too.
    • Thirdly (and this is linked to the point above), we’re acquiring organizations that give us – and our partners – significantly more scope, breadth and reach. Here’s a quick run-down for 2012. While it’s worth understanding what each business does, that is less important than understanding the bigger picture – what we are building in conjunction with partners:
      • Quest – scalable systems management, security, data protection and workplace management.
      • AppAssure – streamlined datacentre operations with backup and recovery software
      • Wyse – client cloud computing. See our earlier blog on what this means for partners here.
      • SonicWALL – network security and data protection – and one of the most recognised firewall and unified threat management brands in the business.
    What of next year? If anything, it’s likely to be just as eventful for the industry as this and previous years. From my perspective, I’m looking forward to carrying on the great work we began five years ago with our partners; we’ve come an awful long way, but there are also plenty of great places we can go to. One thing I do know: it’s never going to be dull. Here’s to a fantastic, profitable 2013!

    Interview Marius Haas, Dell, about its enterprise strategy [Marco van der Hoeven YouTube channel, Feb 6, 2013]

    Witold Kepinski, editor in chief of Dutch IT Channel, speaks with Marius Haas, president, Enterprise Solutions, at Dell Technology Camp 2013, Amsterdam.

    Marius A. Haas [Dell Executive Leadership Team]

    Marius Haas serves as president, Enterprise Solutions, for Dell. In this role, he is responsible for worldwide engineering, design, development and marketing of Dell enterprise products, including servers, networking and storage systems.
    Marius came to Dell in 2012 from Kohlberg Kravis Roberts & Co. L.P. (KKR) [the leader of the leveraged buyout boom of the 1980s with its biggest LBO deal, still the biggest one in the histroy of mankind, well documented in both a book and a film Barbarians at the Gate: The Fall of RJR Nabisco] where he was responsible for identifying and pursuing new investments, particularly in the technology sector, while also supporting existing portfolio companies with operational expertise. Prior to KKR, Marius was senior vice president and worldwide general manager of the Hewlett-Packard (HP) Networking Division, and also served as senior vice president of Strategy and Corporate Development. During his tenure at HP, Marius led initiatives to improve efficiency and drive growth, including the execution and integration of all acquisitions, and he also managed the company’s strategic planning process, new business incubation and strategic alliances.
    Earlier in his career, Marius held a wide range of senior operations roles at Compaq and Intel Corporation. He also served as a member of the McKinsey & Company CSO Council, the Ernst & Young Corporate Development Leadership Network and as a board member of the Association of Strategic Alliance Professionals.
    Marius has a bachelor’s degree from Georgetown University and a master’s degree in International Management from the American Graduate School of Integration Management (Thunderbird) in Glendale, Arizona.

    Dell sets out enterprise solutions strategy [Tech Central, Feb 4, 2013]

    New software group integrates acquisitions to offer end-to-end solutions

    Dell has set out its strategy to offer end to end enterprise solutions.
    At the Technology Camp 2013 in Amsterdam, Tom Kendra, vice president and general manager of the newly formed Dell Software Group, said the company was “steadily executing the strategy of becoming a full service solution provider to enterprise”.
    Software is the next step in Dell’s evolution, said Kendra in a presentation. Leveraging its core strengths, Dell will provide solutions in the client, services and enterprise spaces, with an emphasis on adding value, differentiation and a focus on growth.
    “Software’s intersection with our core strengths, combined with disruptive market trends, allow us to create relevant solutions for today’s, and tomorrow’s, challenges,” said Kendra.
    Under the headings of data centre and cloud management, information management and mobile workforce, Dell will provide software solutions in Windows Server management, performance monitoring, virtualisation management, data protection and management, application and data integration, business analytics and intelligence, bring you own device (BYOD) and endpoint management.
    The newly formed software group brings together elements from Dell’s recent acquisitions, Kace, SecureWorks, SonicWall, Quest, Gale and Wyse.
    A “tough, rapidly changing market fosters transformation,” said Aongus Hegarty, president, Dell EMEA. “All these capabilities from the acquisitions are coming together to form integrated strategies.”
    Hegarty said that Dell is now established as a key player in enterprise technology, as it boasts more than $1.5 billion (€1.1 billion) in software revenue, a 6,000 member software team, of which some 1,600 are engineers, with a 2 million user community from 100,000 customers.
    Kendra cited an EMA Radar report that classed Boomi as a value leader for cloud integration, an NSS Labs highest overall protection award for SonicWall and 9 software Magic Quadrant appearances from Gartner.
    “Customers asking for end to end solutions, right from SME to mid-market and enterprise,” said Hegarty.
    Dell has clearly stated a position of open standards for its solutions. Stephen Davies, Services Solutions Group EMEA, Dell, said that its cloud offerings would be based on OpenStack. With the aim of protecting customers from vendor lock-in, the approach allows for elements of any solution to come from other vendors or providers, without any loss of capability or performance. Where a customer may have a significant investment in one area, Dell’s approach would be to have its solutions work wherever possible with existing implementations.
    Dell launched two new offerings as part of integrated enterprise strategy, Active System Manager 7.0 and new workload solutions optimised for the SAP HANA platform.
    Active System Manger 7.0 is based on Gale Technologies applications and extends the management capabilities of Active System beyond the physical infrastructure to the virtualised infrastructure and workloads. It will be embedded into an Active System 800 and its associated reference architecture.
    Dell has said that it has certified the first of its server, storage and networking technologies in its pre-integrated systems to run SAP HANA. The systems are high-availability configurations that scale from 1 terabyte to more than 4 terabytes and are based on the same architecture found in its single-server appliances.
    For full products details see page the February issue of ComputerScope, available 8 February.

    What Dell Is Doing Today [VideoLifeWorld YouTube channel, Feb 6, 2013]

    Dell Tech Camp 2013 – Tom Kendra VP & GM SW Group at Dell – Key Themes For What Dell Is Doing Today. Dell’s latest technologies and solutions that address customer issues and challenges around Cloud Computing, Data Insights, Mobility and Converged Infrastructure . Video By Dell’s Official Flickr Page http://www.flickr.com/photos/dellphotos/8450786­781/ creativecommons.org/licenses/by/2.0/deed­.en

    Dell Acquisition Strategy [DellVlog YouTube channel, Oct 25, 2012]

    Dave Johnson VP of Strategy demonstrates how Dell’s recent acquisitions all fit together

    Conversation with John Swainson, President of Dell’s Software Group [DellVlog YouTube channel, Oct 2, 2012]

    On Friday September 28, 2012, Dell announced that we completed the acquisition of Quest Software, an award-winning IT management software provider offering a broad selection of solutions that solve the most common and most challenging IT problems. John Swainson, President of Dell’s Software Group joined us on DellShares to discuss the importance of Quest to Dell’s Software strategy. We invite you to listen to John as he provides perspective on the following: • Quest fit within Dell’s Software strategy • Synergies between Quest portfolio and existing Dell solutions • Platform nature of Quest acquisition and what that means Thanks and we look forward to your thoughts and feedback.

    Dell Completes Acquisition of Quest Software by Tom Kendra [Direct2Dell blog, Sept 28, 2012]

    If you haven’t already heard, I am excited to announce that Dell has completed the acquisition of Quest. This is an important acquisition for Dell Software because Quest helps extend our capabilities in systems management, security and business intelligence software, and it also strengthens our ability to bring industry-leading, differentiated, and easy to manage solutions to our customers around the globe.
    With Quest, Dell will be able to deliver a broad selection of software solutions that will help simplify and solve our customers’ everyday problems and tackle their most challenging IT needs. Quest also brings with it critical mass and key talent. Quest currently has more than 100,000 customers worldwide, 5,000 partners worldwide, 1,500 sales and marketing resources, and 1,300 software engineers. As a relatively young and growing organization, these resources are invaluable to the Dell Software Group.
    The acquisition of Quest is a critical step forward for Dell Software because, with Quest, Dell is better able to provide end-to-end solutions that help our customers simplify their operations, maximize workforce productivity, and deliver results faster. Quest supports heterogeneous and next-generation virtualized and cloud environments which is complementary to Dell’s design approach to develop solutions that scale with our customers’ needs. But most importantly, Quest’s software solutions and key technologies are strongly aligned with Dell’s software strategy to expand, enhance and simplify our capabilities and enterprise solutions in four focus areas: Systems Management, Security, Business Intelligence and Applications.
    Quest will be joining other Dell Software assets Dell KACE, Dell SonicWALL, Boomi, Dell Cloud Business Applications and AppAssure as part of the Dell Software Group. Dell Software helps customers of every size take advantage of new technologies and address organizational challenges to grow their businesses and remain competitive. For more than a decade, Dell has been making strategic software acquisitions and partnering in the industry to support and enable the hardware and services solutions that we provide to our customers.  Our Software Group, now including Quest, will continue to extend Dell’s capabilities in software IP and total solutions offerings, and draw on the strength of Dell’s distribution capabilities and reputation to help clients in every industry achieve better business outcomes.
    Please join me in welcoming Quest to Dell Software, and I look forward to the many opportunities we will have to demonstrate that Quest and Dell are truly “Better Together.”
    For more information about Quest software, go to: www.dell.com/quest

    Software strategy and innovation related excerpts from Cover story: Piloting innovation [Dell Power Solutions Magazine 2012 Issue 4, Dec 7, 2012] the executive Q&A by John Swainson

    make the cloud more accessible
    My vision for the cloud is an intelligent technology that organizations can literally just plug into without the need for excessive configuration, security measures, and other manual interventions. All of these things need to be automated and policy-based, but making this vision a reality will take a lot of invention, systems work, and integration. But, that’s the direction we need to take if cloud computing is to achieve its full potential.
    Cloud environments today, in general, are far too siloed, complex, and inefficient to really deliver on their full potentialBut as we move forward in time, the cloud can become so much easier to use and so much more automated than it is today. We want to give customers the best of both worlds—on-premises access to resources when they want it and access to the public cloud when they need it—seamlessly.
    security solutions
    Right now, our particular focus is on securing the pieces in the middle of the security equation. How can we secure data center access through a firewall? That’s Dell SonicWALL™ software. How can we secure access to applications and databases? That’s where the Quest™ identity and access management solutions come in. How can we measure and monitor all of these parts to build confidence that security has not been breached? Dell SecureWorks provides security monitoring and risk remediation services. And finally, how can we enforce security policies on the endpoints of the data environment? Dell AppAssure™ and Dell KACE™ software address that area. Dell Software is all about making sure that the right people get access to the right data, and that the wrong people do not get access. Risk management and secure access to information are at the core of all of these solutions.
    It’s a big, complicated world out there. A threat environment that once comprised casual hackers has evolved into a complex landscape of advanced persistent threats—including industrialized espionage, or cyber-espionage—in many places around the world. One important aspect of Dell’s comprehensive approach to security is the SonicWALL consulting service, which helps organizations safeguard their valuable data and protect the productivity of their workforce.
    big data analytics
    To help improve efficiency, the Dell Quickstart Data Warehouse Appliance provides a prepackaged solution that combines Dell PowerEdge™ 12th-generation servers, the Microsoft SQL Server® database, Dell Boomi™ cloud-based data integration software, and Dell-provided consulting and training services.
    We also offer database tools that allow organizations to go back and forth between conventional data sources and open source solutions such as the Dell | Cloudera Apache Hadoop solution. Our Dell Toad™ family of products has been enhanced to support big data as well as conventional relational data management tasks. On the services side, we have created Hadoop offerings that enable organizations to gain access to the power of Hadoop without having to set it up themselves. They can deploy Hadoop in production environments quickly and transform large data sets into intelligent information. And our Dell Boomi solution makes it easy for organizations to integrate data from various sources within a single data warehouse for analysis.
    And, we have only scratched the surface. We can do so many other things to make it easy for people without data science skill sets to collect and analyze data for enhanced decision making in business settings. This data analysis area is where we are going to see a lot of investment from Dell over the next couple of years.
    bring-your-own-device (BYOD)
    Looking ahead, the BYOD trend presents an enormous opportunity for Dell to offer additional products that manage personal and mobile devices. It also provides the software and services that help organizations simplify IT and derive added value from their systems. The cloud, mobile devices, converged infrastructure, social media—all of these trends have very positive implications for our customers if they have the tools to manage them securely. And that’s obviously where we at Dell Software come in.

    More information:

    Dell Targeting $5 Billion in Software Sales, Swainson Says [Bloomberg, July 20, 2012]

    Dell plans to build or acquire software in areas including computer security, PC and server management, data analysis and business applications for midmarket customers, he said. … It may also compete with SAP AG (SAP) and Oracle Corp. (ORCL) in some segments of the business-applications market, said Swainson. … “Companies like IBM, HP and Dell have to provide a computing platform with the server and the software as a service,” he said. “That’s what all these acquisitions and vertical integration are about.”

    Dell Outlines Big Software Ambitions [InformationWeek, July 20, 2012]

    Its target buyer is the often overlooked small to medium-sized company with 215-2,000 employees, said Swainson. These companies have small IT staffs with large responsibilities. “The sweet spot for Dell is the mid-market…We want to produce a set of solutions designed for that market,” Swainson declared. … Dell will also get into business applications but it has no intention of going head to head with Oracle or SAP, two of the largest application suppliers. Both tend to address customers above the mid-market and both are key Dell business partners, he noted. … Dell faces a formidable task in training its large direct salesforce and many channel partners to add software products to the long list of Dell hardware they are already trying to sell, said Swainson. IBM spent 20 years converting itself from primarily a hardware company into a server company that also sold services and software. … To get to $5 billion, “it won’t take us 20 years, but it will take us longer than a year and half,” he noted.

    Dell Power Solutions Magazine 2012 Issue 4, Dec 7, 2012

    Special section: Dell Software

      • Unfolding strategic new dimensions [Jan 27, 2013] excerpts giving a brief overview of the article describing the current software portfolio:

        – The Quest™ Identity and Access Management family adds to the solid set of Dell SonicWALL™ and Dell SecureWorks assets.
        – Dell AppAssure. From data centers to the cloud, Dell AppAssure™ software is a backup solution well suited for virtual, physical, and cloud environments.
        – Dell Boomi. Organizations can deploy Dell Boomi AtomSphere™ software to connect any combination of cloud, software-as-a-service (SaaS), or applications on-premises without requiring appliances, additional software, or coding.
        – Dell Clerity Solutions provides application modernization, legacy system rehosting, and capabilities that enable Dell Services to help organizations reduce the cost of transitioning business-critical applications and data from legacy computing systems to innovative architectures—including cloud computing.
        – Dell KACE. Servers, desktops, and laptops can be managed cost-effectively with Dell KACE™ systems management appliances, which provide time-savings benefits for systems management professionals and their organizations. The Dell KACE appliance-based architecture provides easy-to-use, comprehensive, and end-to-end systems management.
        – Dell Make Technologies. Application reengineering is a key capability in the growing field of application modernization and an important area of investment for Dell Services. Dell Make Technologies offers application modernization software and services that help reduce the cost, risk, and time required to reengineer applications.
        – Dell SecureWorks provides automated malware detection and analysis with real-time protection, 24/7 monitoring and response by security experts as needed, and security consulting and intelligence to identify gaps or respond to incidents.
        – Dell SonicWALL dynamic network security and data protection enable Dell to provide comprehensive Dell next-generation firewall and unified threat management solutions as well as secure remote access, e-mail security, backup and recovery, and management and reporting. Its Global Management System (GMS) enables network administrators to centrally manage and provision thousands of security appliances across a widely distributed network.
        – Dell Wyse desktop and mobile thin clients provide low-energy, highly secure, cost-effective access to data. Dell Wyse PocketCloud™ software—a remote desktop client—provides enterprise-grade access to cloud services along with desktop and enterprise applications, and it helps extend the benefits and security of virtual desktop infrastructure (VDI) environments to mobile phones and tablets. In addition, organizational and end user–owned devices can be managed from profiles that are set up using a single, cloud-based console in Dell Wyse Cloud Client Manager.
        – Dell OpenManage Essentials. Centralized monitoring of Dell servers, networking, storage, and client systems is available in Dell OpenManage™ Essentials (OME) version 1.1 software—a complimentary download from the Dell Support site. This one-to many hardware management console helps reduce the complexity of common management tasks.
      • Defending against advanced persistent threats
      • Gaining holistic insight into enterprise networks
      • Boosting virtual desktop performance with compact cloud clients
      • Business analytics: Gaining a competitive edge from the data deluge
      • Migrating to Windows 8 for heightened productivity
      • Accelerating the benefits of Windows Server 2012

    BYOD Reality Check: Focusing on users keeps companies ahead of the game by Tom Kendra Vice President and General Manager, Dell Software Group [Direct2Dell blog, Jan 28, 2013]

    If you are involved in the Systems Management business or follow it, you can’t help thinking about the incredible rate of change going on! Advances in Virtualization, Converged Infrastructures, Cloud Computing and an explosion in end-user devices are driving the need for a new generation of management and operations solutions. At Dell, we intend to lead in defining and delivering on that next generation of solutions.

    It is impossible to discuss all of these trends and what they mean in a single article. Over the next couple of months, we will provide points of view on each. Today, let’s start with the trend that many of us actually participate in—bringing our own laptops, phones and smart devices into our work environments.  This is commonly referred to as Bring Your Own Device, or BYOD. Many companies are actively working on their BYOD strategies and we recently conducted a study to get some insight on their approaches.
    The results of our recent global BYOD survey confirm what we have long suspected: organizations that build their BYOD strategies around the users realize a higher sustainable business benefit than those that focus their strategies solely on devices, or are slow to adopt BYOD at all. Survey responses indicate that three-quarters of organizations deploying a mature, user-centric approach to BYOD have seen improvements in employee productivity, customer response times and work processes, giving them a secure competitive advantage over those that don’t.
    We weren’t surprised by this. We know that early on, our customers’ first reaction to employee requests to use their own devices for work produced a scramble to figure out how to manage all those devices. Security was, and still is, of paramount importance. Over time, though, as their BYOD strategies matured, some IT organizations began to realize that by focusing on the users, they could respond quicker to the changing demands of the organization. They didn’t have to address those changes on every smartphone, tablet, laptop and any other device their employees bring to work, and, by focusing their BYOD strategy on managing user identities, they could resolve their concerns about security and other issues like access rights and data leakage, and still give employees everything they need to do their jobs.
    Our survey polled almost 1,500 IT decision-makers across the United States, United Kingdom, France, Germany, Spain, Italy, Australia, Singapore, India and the Beijing region. The results showed that more than 70 percent of those companies have realized benefits to their corporate bottom lines. Even more significantly, 59 percent say that without BYOD, they would be at a competitive disadvantage. Two-thirds of the companies surveyed said the only way BYOD can deliver significant benefits is if each user’s specific rights and needs are understood. Among respondents that both encourage BYOD and deploy a mature, user-centric strategy, this number jumped to three-quarters. They also reported that BYOD provides their employees the benefits of more flexible working hours, and increases morale and provides better opportunities for teamwork and collaboration. Overall, survey respondents with a user-centric BYOD strategy reported significant, positive improvements in data management and security, in addition to increased employee productivity and customer satisfaction.
    The survey results have confirmed for us ─ without a doubt ─ that organizations still trying to address BYOD by managing devices, or that have been slow to adopt BOYD at all, risk competitive disadvantage. The highest competitive edge, in terms of the increased business value gained from greater efficiency, productivity and customer satisfaction, goes to those embracing user-centric BYOD.
    We invite you to explore the key findings of Dell’s survey in our whitepaper, and if you want to “see” how this data reinforces our perspective on the importance of a user-centric management strategy for BYOD, take a look at our new infographic (Note: click on the image below to see a larger version of it, or you can download a copy of the PDF here).

    image

    Dell Names John Swainson President of New Software Group [Dell press release, Feb 2, 2012]

    • Software Group created to enhance solutions capabilities
    • Expanded software focus will extend Dell ability to improve customers’ productivity
    Dell today announced the appointment of John Swainson to serve as President, Software Group, effective March 5, 2012. Mr. Swainson will report to Michael Dell, chairman and CEO of Dell.

    The Software Group will build on Dell’s software capabilities and provide greater innovation and organizational support to create a more competitive position in delivering end-to-end IT solutions to customers. The organization will add to Dell’s enterprise solutions capability, accelerate profitable growth and further differentiate the company from competitors by increasing its solutions portfolio with Dell-owned intellectual property.

    “John is an outstanding leader with an unparalleled record of achievement,” said Mr. Dell. “He brings to Dell extensive experience in leading and growing software businesses, unique expertise in managing complex software organizations, and a passion for listening to and serving customers. I look forward to working with John as he expands our enterprise solutions and builds on our software capabilities.”
    “This is an exciting time to join Dell,” said Mr. Swainson. “As a leading IT solutions provider, Dell brings key assets and advantages to the software sector, including a strong global brand, a diverse global customer base and customer loyalty that creates opportunities to expand relationships with software.”

    The Software Group will bolster Dell’s ability to execute in several strategic areas critical to its customers. The combination of strong internal development capabilities in hardware, software and services gives Dell the ability to serve the largest possible group of customers within the $3 trillion technology industry.

    “The addition of software, both within the Software Group and across all of Dell, will help catalyze our transformation,” Mr. Dell said. “As software will be a part of all of our products and services, the group’s success will be largely be measured by the success of Dell overall.”

    Most recently, Mr. Swainson was senior advisor to Silver Lake, a global private equity firm. Prior to Silver Lake, he was CEO and director of CA, Inc. from early 2005 through 2009. Under his leadership at CA, the company significantly increased customer satisfaction, its operating margins, and revenue.

    Prior to CA, John worked for IBM Corp for more than 26 years, holding various management positions in the U.S. and Canada, including seven years as general manager of the Application Integration Middleware Division, a business he founded in 1997. During that period, he and his team developed the WebSphere family of middleware products and the Eclipse open source tools project. He also led the IBM worldwide software sales organization, and held numerous senior leadership roles in engineering, marketing and sales management.
    Mr. Swainson holds a bachelor’s degree in engineering from the University of British Columbia, Canada.

    John Swainson [Forbes profile, Aug 10, 2010]

    … Mr. Swainson is also a Senior Advisor to Silver Lake Partners, a global private equity firm, which he joined in June, 2010. Mr. Swainson advises Silver Lake’s portfolio companies on value creation activities. …


    The Indian case as a proofpoint of readiness 

    ‘Software’s becoming key to our biz, and so is Bangalore’ [The Times of India, Jan 9, 2013]

    Marius Haas President, enterprise solutions, Dell
    As Dell works to transform itself into an enterprise solutions and services company, Marius Haas has a pivotal role. He heads the $63-billion company’s enterprise solutions business. He joined Dell last year from investment firm Kohlberg Kravis Roberts & Co. Prior to that, he was senior VP in Hewlett-Packard. Haas was recently in India, where Dell has a quarter of its 1.1 lakh employees, and spoke exclusively to TOI.
    How important is the India enterprise market for Dell?
    The top ten markets in the world represent 70% of the total spend in the enterprise space for the things that we do. Out of the top ten markets, three markets represent 60% of the incremental spend over the next three years. And those three are India, China, and the US. So the India market is very, very important to us. You can imagine that we are gonna be focused quite a bit on what we can do for this market.
    What segments of industry do you see demand coming from?
    In India I think 80% of the growth comes in customers that are 500 employees or less. So clearly we need a small business led market strategy, and for the solutions we create. You will see us with solutions that bring together server, storage, networking in a very scalable way, so that you buy what you need, at the scale that you need, at the price points that you need. They are pre-integrated, pre-configured, and designed to run specific workloads. For small businesses, it will save a lot bother in trying to put together systems from different components.
    Several IT vendors today talk of pre-integrated stacks. Do you see customers opting for such stacks?
    The estimate is that 30% of the enterprise purchases in 2016 will be with a systems view (pre-integrated, pre-configured stacks). There will be cannibalization of the traditional silo selling mode – of buying servers, storage, networking separately. All of a sudden a big part of how people are thinking is, I want to buy the cloud solution that enables me to run application X, Y and Z. So we recently announced our Active Systems infrastructure family that brings together server, storage, networking all in one chassis with one common management capability. It requires 75% fewer steps from the time you receive it to the time you are actually running workloads. We have optimized all components to work together for specific workloads in such a way that it generates 45% better performance per watt than what’s out there from the competition. Saves money for our customers.
    Is your India R&D contributing to these systems?
    Clearly if you are going to go towards a more systems view, there will be a lot more focus on software. Software provides the value add to servers, storage and networking coming together. Our Bangalore team has capabilities in servers and specifically around software. A big part of the management capabilities built into the system is done by a team here in India. The skill sets and capabilities in India are part of the core competency that we need today. Indeed, one of every four of our servers sold worldwide is sold with work done in Bangalore. And that’s what gives us the confidence to do more here.

    SME Channels : Ajay Kaul, Head, GCC Dell India talking about the company’s growth strategy [smechannels YouTube channel, Feb 6, 2013]

    Watch Ajay Kaul, Head, GCC Dell India talking about the company’s growth strategy … interview taken by Sanjay Mohapatra, Editor, SME Channels

    + [8:39] I believe Dell is moving to the services business …
    + [10:38] How would you help partners create their own brands?
    + [12:20] How fast are you in integrating all the products and go to market?
    + [13:58] How do you engage your finance arm to enable the partners?
    + [16:30] What is your strategy around cloud computing for the partners?
    + [17:36] What is your investment roadmap in terms of technology for this year?

    Dell’s 7 strategies to stay top of mind for channel partners By Ajay Kaul [The DQ Week, Feb 5, 2013]

    What are the strategies that the companies can adopt to ensure that they keep their channel partner programs alive and thriving?
    Putting together an effective channel partnership program to take the company’s products and services can be just as challenging as rewarding. A good channel partner program does not end with identifying and enrolling like-minded and trustworthy resellers. It goes on to nurture and nourish these relationships through a host of incentives, training initiatives and many long-term measures.
    Those who recognize the economies of scale that such programs bring are also aware of how vital it is to stay top of mind at all times. In order to leverage the considerable boost that these can bring to revenues and sales, companies need to ensure that their resellers acknowledge them as a priority over the competition. This is easier said than done. Channel partners sell what they know best and in today’s competitive landscape, where resellers have the choice of dozens of brands, it becomes imperative to stay top of mind at all times.
    What strategies can companies adopt to ensure that they keep their channel partner programs alive and thriving? While most dealers and distributors will always be more attracted to methods that help them boost margins; they are also enthusiastic about measures that will help them address their challenges of training and retention of sales staff, competition, product and service expertise or growing consumer loyalty.

    Here are seven strategies from Dell that can help ensure a win-win environment for both reseller and your company:

    Invest in your channel partner’s success: Channel partners need to know that they are an important part of your company strategy and they need to feel the benefits of their association with you, through better margins, training and other initiatives that create success opportunities for them.
    Focus on their profitability and they will focus on yours: The conditions you create for your partners needs to be win-win for both sides. Last year, Dell announced a new GCC (Global Commercial Channel) structure, which is a single point of contact for partners, with an aim to increase productivity and improve time cycles and enable more customized programs for partners support. The new structure protects partner profitability by bringing consistent pricing across different Dell commercial businesses and offers the partners growth opportunities with solution centric offerings and a broader end customer base.
    Provide Product Support: The more your partners know of your products and services the easier they will find it to sell. Partners who have access to information and the means to understand your company offerings are more likely to push your products with their customers. Structured programs to boost product knowledge and bring to the forefront product and service USPs will equip partners with the right knowledge to sell your products.
    Continuous education programs for channel partners: Channel partners need to be constantly reminded about your product or service. What better way than through education programs? Dell offers over 100,000 training sessions a year to all partners globally and Dell’s Engineers Club further invests in the development of individual engineers and partners by bringing together technical experts and pre-sales and post-sales engineers across the IT industry to network, exchange ideas, and share industry trends and best practices with the channel partners.
    Listen to your partners: They can keep you in-tune with the pulse of the market. Structured listening programs will give partners a platform to voice recommendations and act as an additional source of market information.
    Incentivise your partners: Create exciting incentives for sales, profits, rewards & recognition. Dell’s PartnerDirect program features a structure which rewards certification and training, including new rebates for premier partners, expanded deal registration terms, financial incentives, and marketing and technical assistance. Dell has 115,000 partners globally, in its highly successful PartnerDirect model. Dell has also doubled its channel sales force and has added more enterprise specialists enabling and supporting the partners to address customer needs and optimally provide solutions within limited IT budgets.
    Make sure your program is high visibility and high impact: Don’t forget that your competition may be wooing your partners away from you. Your partner program needs to be more visible, more impactful and needs to give your partners what they need to sell for you.
    A satisfied channel partner will push your brand with their customers, protect your margins and will also be more accommodating to your needs. Needless to say, a poor channel relations strategy will have just the opposite impact on your company margins and sales.

    Dell GCC Engineers’ Club Now in India [SME Channels, Jan 11, 2013]

    To build on existing GCC initiatives to strengthen and showcase its commitment to its partner community
    Dell’s Global Commercial Channel (GCC) has launched the Dell Engineers Club in India, as part of their long-term commitment to channel partners in the country. The platform will enable technical experts across the IT industry to network, exchange ideas, and share industry trends and best practices.
    This club will also help train channel partners and their engineers to be knowledgeable in Dell’s advanced server, storage, security, networking and cloud solutions, announced the company’s press release.
    The company further announced that Dell’s long term aim is to qualify its partners to become not just the solutions provider but to be considered IT consultants for their end-customers. Dell believes in empowering their customers with the ‘Power to do more’, and therefore aims to create and offer real solutions with the intention of making technology smarter, more effective, and in service of its end-customers.
    Ajay Kaul, Director & GM (Global Commercial Channel), Dell India, said, “Dell’s GCC business is very committed to the Indian market and the Engineers Club aims to strengthen the enterprise knowledge of our partner community, helping them become consultants for their end-customers.”
    Dell offers over 100,000 training sessions a year to all partners globally and the Dell’s Engineers Club will further build on this initiative to invest in the development of individual engineers and partners.
    Dell’s Global Commercial Channel (GCC) division retains around 1700 commercial relationships in India. The division takes care of programs and policies relevant to channels, which cover all types of business entities such as public companies and large-/medium-sized companies.

    See also:
    Dell Global Commercial Channel Launches Dell Engineers Club in India [Dell India press release on BusinessWire India, Jan 10, 2013]
    After China, Dell introduces Engineers Club in India [The DQ Week, Jan 10, 2013] from which the following excerpt adds to the above important information:

    Ajay Kaul, director and GM, global commercial channel, Dell India, informed, “This program has been extended by Dell to the Indian market to cater to the market potential in India and we feel it is important for us to bring the Indian channel partners at par with their global counterparts. As a start, the Dell’s Engineers Club is by invitation only. Partners with a certain level of certification already attained from us through the Partner Direct program will be sent an invitation to join this club. In that invitation, we will include details on where and how to sign up. Once their registration is approved, they will have access to all the programs and activities under this initiative. At the start of the program, we will be looking a limited number from the top 8 and will expand the program to more partners from the top 11 cities by the end of the month.”
    With the recent acquisitions of companies like Quest Software, SonicWALL and Wyse, Dell has been able to add extensively to its solutions portfolio with leading management, security, virtualization and cloud capabilities. Hence, the focus on these enterprise solutions and services creates tremendous opportunity for its channel partners and therefore the necessity to ensure that partners receive the required training to help them understand the extended portfolio of solutions and services and provide customers with the right solutions and advice. The Dell Engineers Club is designed to provide maximum training about datacenter solutions so that the partners are better informed and can rise up to becoming IT consultants to the end-customers rather than just being a solutions provider.
    “Our channel partners play a significant role in our business, 25 to 50 percent of our commercial business, depending on country to country. In some countries, it’s 100 percent and we see it growing further. India is a very important market as far as our partner community is concerned. We engage with our partners in this region at the highest level ensuring that the programs and policies designed are favorable to their benefits which leads to their overall growth,” said Kaul.

    See also:
    DELL Partners with HCL Infosystems for Distribution of Enterprise Products [HCL Infosystems Ltd. press release on BusinessWire India, Jan 10, 2013]

      • DELL enters into a strategic partnership with Digilife Distribution and Marketing Services (DDMS), distribution arm of HCL Infosystems
      • DELL takes the next leap in enhancing its commercial and enterprise solutions offering through this new distribution partnership and which is a further expansion of Dell’s PartnerDirect program which has developed a significant amount of the commercial channel partners in India
      • Partnership to target Mid-Market customers

    Dell’s Global Commercial Channel (GCC) division retains around 19,000 commercial partners in the Asia Pacific region. The division takes care of programs and policies relevant to channels, which cover all types of business entities such as public companies and large-/medium-sized companies. In India, Dell currently engages with 1700 commercial channel partners, and this agreement will further strengthen the reach of its enterprise solutions to key markets.

    The partnership will enable DDMS to supply the complete range of Dell Enterprise Products and Services. HCL‘s DDMS will help boost the growth of Dell, through the distribution providers in the market. HCL Infosystems widespread network of distributors will further ensure a robust funnel to Dell products and services.
    In the past two years, Dell has made 15 strategic acquisitions to enhance its capabilities as an end to end solutions provider and has carefully aligned its channel program with the acquisitions it makes. To enhance Dell’s security capabilities, the company recently acquired SonicWALL, Inc. Having an immense focus on the distribution of its products and its channel partners, Dell has offered SonicWALL’s existing channel partners, an opportunity to join the company’s current PartnerDirect program, which will enable them to preserve the investments made with SonicWALL. Also, in order to offer best to the channel partner community the company will take the best of SonicWALL channel programs and model and combine it with Dell’s PartnerDirect program. This move has not only provided the best for the channel partners but also Dell has expanded its own channel team’s customer relationships by further enabling its existing partners to sell SonicWALL solutions.

    Ajay Kaul to head Dell’s Global Commercial Channel biz in India [exchange4media News Service, Nov 8, 2012]

    Dell India has announced that Ajay Kaul, Director & General Manager, will lead the Global Commercial Channel (GCC) business for Dell in India. Kaul’s focus as business leader will be to oversee the expansion of Dell’s partner community and its growth in the upcountry markets. As the GCC Business Head, Kaul will also focus on strengthening the company’s relations with its partner community.
    During his seven-year tenure at Dell India, Kaul was Director – Sales for the Public, Education and Healthcare business from February 2009 to August 2012 in the South & West Region across Central / State Government, PSU, defense and covering all products of Dell for revenue, margin and market share growth. As the Regional Enterprise Manager from 2007 to 2009, he headed the pre-sales team and managed the servers and storage business in North and East region across large enterprises and government segment. Kaul had joined Dell in May 2005 and managed key global accounts to grow revenue and profitability covering all products.
    Dell’s Global Commercial Channel (GCC) division was created in early 2011 with an aim to be a single contact point for its commercial channel partners, thereby leading to higher productivity and improved time cycles and enabling more customised programmes to support the partners in the market. The GCC team is responsible for designing and implementing profitable schemes and policies for Dell’s channel partners and collecting and using channel feedback to execute best structures for its channel partners.
    Dell currently engages with 1,700 commercial channel partners in India, which cover all types of business entities such as public companies and large-/medium-sized companies.

    Dell’s position on the Indian market two years ago, and the approach taken by the company to achieve that is well described in How Dell conquered India [CNNMoney, Feb 10, 2011] in the end of which the summary of the position is given as:

    For Dell, India has emerged as a local and global service delivery hub. It is the only market outside the U.S. with all business functions—customer care, financial services, manufacturing, R&D, and analytical services—operational at the local level and giving global support. “We evaluated market trends and growth potential, enabling us to invest ahead of the curve in India, resulting in our phenomenal growth,” says Midha. It is a growth story that resonates around the world.

    Dell India has made not only big progress relative to that position but in the enterprise business as well. See CIO CHOICE 2013 Awards Recognizes Dell for its Outstanding Performance in Server, Storage and Data Center [Dell India press release on BusinessWire India, Feb 4, 2013]

    Dell’s commitment to addressing CIO needs with their best in class technology and customer commitment wins them accolades

    Bangalore, Karnataka, India, Monday, February 04, 2013 (Business Wire India)
    Dell India has been awarded the CIO CHOICE 2013 award for their solutions in Server, Storage – Hardware, Data Centre Consultant and Data Centre Transformation Services categories. The CIO Choice Awards is a B2B platform positioned to recognize and honour products, services and solutions on the back of stated preferences of CIOs and ICT decision makers. These awards demonstrate Dell’s “best-in-class” ability and commitment to meeting CIOs evolving needs in today’s dynamic business environment.
    The process for the “CIO CHOICE award” is conducted via an independent advisory panel of eminent CIOs and an independent survey voting from across the country with CIOs and ICT decision makers.
    Sameer Garde, President and MD, India Commercial Business, said “Dell has been investing in its enterprise capabilities and building solutions that address the business goals of customers. Being honoured by the CIO Choice award so early in our transformation into an end-to-end solution provider is truly a cherished achievement and a testimony to the efforts of the Dell India team. It shows that our open, scalable and affordable solutions have resonated well with customers and that we are well on our way to becoming the preferred choice for enterprise solutions.”
    Commenting on Dell’s success in the enterprise space Venu Reddy, Research Director IDC India said, “The infrastructure market has been showing some positive sights in the current marketplace. This is due to some segment specific traction and focus by key vendors like Dell. In the server market the stabilization and growth is driven by key industries like Finance & Insurance, Distribution, and Manufacturing which have driven a 12% growth Year-on-Year for the 1st 3 quarters of 2012. While in the storage market the additional momentum has come from mid-size organizations which have started investing in key infrastructure that is helping them drive faster growth and better ROI.”
    With the strongest ever enterprise product line up, Dell today is innovating and expanding its enterprise offerings to customers. Moving out of their legacy systems is one of the biggest challenges most Indian CIO’s are faced with. Dell works closely with customers to help them move out of their existing applications to newer platforms without hurting their IT budgets.
    “Dell has been our partner in data centre management and has helped us focus our resources on our business and customers instead worrying about our IT infrastructure. Dell’s solutions in storage, servers and data centre bring more flexibility, resilience and optimize security and costs while lowering downtime. We would like to congratulate Dell on winning the CIO award, which is a demonstration of Dell’s ability to understand and deliver on CIO needs in these changing markets.”Rinosh Jacob Kurian, Enterprise Architect, UST Global
    “In today’s always-on marketplace and turbulent business environment, a partner like Dell is truly an asset. Dell helps us manage our datacenter and server and storage requirements to deliver better business results and market success. Over the past years of our association with Dell, they have demonstrated a strategic insight into the emerging global business scenario and have been instrumental in helping our IT department gear up to meet these challenges. Dell is truly deserving of the CIO Choice award, and we extend our congratulations and best wishes to the team at Dell.”Subodh Dubey, Group CIO, Usha International.

    The first Windows Phone 4Afrika from Huawei for $150 = Huawei Ascend W1 for $240 (in China) and more elsewhere

    It is no surprise as two years ago we had a Huawei’s IDEOS U8150 smartphone for US$86 in Kenya: 350,000 units sold in 8 months [this same ‘Experiencing the Cloud’ blog, Aug 17-23, 2011]. In that device we had the Qualcomm MSM7225 SoC (announced in Feb’07 and first delivered in 3G phones in June’07), with a single 528 MHz ARM1136EJ-S core CPU, Adreno 200 GPU, embedded QDSP5 DSP @ 320 MHz and UMTS (HSPA, GSM/GPRS/EDGE), among others.

    The difference is immense as in the Windows Phone 4Afrika we have the Qualcomm MSM8230 SoC (announced in Nov’11 and first delivered in the similar Huawei Ascend W1 in Jan’13), with a 1.2 GHz Krait dual core CPU, Adreno 305 GPU, embedded Hexagon QDSP6 DSP @ 500 MHz and UMTS (DC-HSPA+, TD-SCDMA), among others. This is bringing a huge performance difference on the SoC level:
    – CPU: 7920 (2 x 3.3 x 1200) vs. 623 (1.18 x 528) DMIPS of raw CPU performance
    – GPU: Adreno 305 GPU vs. software rendered 2D support only
    Even within the Adreno GPUs the Adreno 305 has quite a high performance, see the below benchmark from Mali-T604 vs 400MP vs SGX 554MP4 vs 543MP4 vs 543MP3 vs 543MP2 vs 540 vs 535 vs Adreno 320 vs 225 vs 220 vs 305 vs 203 vs 205 vs Mali 400 vs Intel XOLO [Techivian, July 26, 2012]:

    image

    Note that the North-Amerian (SGH-T999, SGH-I747, SCH-R530, SCH-I535 and SPH-L710) and Japanese (SGH-N064) versions of Samsung Galaxy S III smartphones are using the Qualcomm Adreno 225 GPU (within the MSM8960 SoC of the phone) which has just 8% higher performance (closely corresponding to the above chart) than the Adreno 305 GPU. The SGH-I747 (Galaxy S III AT and T) has 30.4 FPS for the above banchmark, while the SPH-L710 (Galaxy S3 Sprint) 30.2 FPS.
    The International (GT-I9300, GT-I9305), South Korean (SHV-E210K/L/S) and Chinese (GT-I9308, SCH-I939) versions meanwhile using the ARM Mali-400 MP4 GPU (within Samsung Exynos 4 Quad –Exynos 4412 – SoC of the phone). The GT-I9300 has 66.4 FPS for the above banchmark, while the GT-I9305 58.6 FPS.
    See Model variants and GLbenchmark Results.

    – resolution: QHD (960×540 of which only 800×480 is used) vs. HVGA (480×320 of which only 320×240 is used) display support
    – mobile Internet: 42 Mbps downlink and 11.5 Mbps uplink and TD-SCDMA
    vs. 7.2 Mbps dowlink and 5.76 Mbps uplink
    etc.

    To sum it up:

    • The MSM8230 SoC first delivered in smartphones in Jan’13 is representing a more than five years of technology advance over the MSM7225 SoC first delivered in phones in June’07.

    • Functionally the Android 2.2 on the IDEOS U8150 two years ago vs. the Windows Phone 8 on Windows Phone 4Afrika (= Huawei Ascend W1) now is as big a difference. Windows Phone 8 is even better than the latest Android 4.1 and 4.2.

    • The target audience in Africa for $150, and in other countries for $240-300 (see below), is getting a state-of-the-art mid-range device which will not be outdated for the next two years at least.

    Ascend W1 [HuaweiMx YouTube channel, Jan 29, 2013]

    Huawei Ascend W1 [engadget YouTube channel, Jan 8, 2013]

    If you were following Huawei’s presser from earlier today, you may have thought the company’s CES 2013 story was “All About Android.” Turns out, it’s not. On the showfloor here at Pepcom, the company was able to give us a first look at the Ascend W1: it’s first entry for the Windows Phone 8 space. Admittedly, the W1 doesn’t share any of the lust-worthy, high-end specs that adorn the Ascend Mate and D2, but that’s not its angle. As one Huawei rep put it, this is a value proposition, outfitted with a 4-inch display (we couldn’t verify resolution) and 1.2GHz dual-core Snapdragon S4 paried with 512MB RAM. Software-wise, this is about as stock WP8 as it gets, so don’t expect to see any applications come pre-loaded onto the hardware. Continue reading here: http://goo.gl/VmkhH.

    Huawei launches the first Windows Phone 4Afrika [Huawei Device press release, Feb 5, 2013]

    image

    Shenzhen, China, February 5, 2013: Huawei, a leading global information and communications technology (ICT) solutions provider, today launched the first Windows Phone 4Afrika. Exclusively selected to help boost mobile accessibility and adoption within the fast-growing African continent, the Huawei 4Afrika will be available from Huawei, in Egypt, Nigeria, Kenya, Ivory Coast, Angola, Morocco and South Africa towards the later part of the 1st Quarter 2013.

    “We are thrilled to be partnering with Microsoft to ensure that more people have access to leading technology, communications and information services,” said Mr Peter Hu, Managing Director of Huawei Device, Eastern & Southern Africa. “By launching the Huawei 4Afrika we will be bringing leading technology within reach for more people in Africa, thereby giving them access to a world of new opportunities. ”

    The Huawei 4Afrika is a customized version of the HUAWEI Ascend W1, launched earlier this year at the 2013 Consumer Electronics Show. The smartphone is 10.15 mm thin and features a 4-inch IPS LCD 480 x 800 touchscreen with Zero-Gap Touch technology. With a 1730 mAh Li-Polymer battery and unique power saving technology, the Huawei 4Afrika phone provides up to 420 Hours of standby time and up to 560 minutes of talk time on 3G. The higher efficiency hardware design ensures power-saving up to 20%. It is powered by the high-end Qualcomm Snapdragon ™ S4 MSM8230 dual-core 1.2 GHz processor and Adreno 305 GPU. Additionally, the phone includes a 5 MP Auto-Focus Camera and VGA Front Camera, and comes in an array of bold colors including blue, black and white initially and red to follow in the next couple of months.

    Available exclusively for the African market, the Huawei 4Afrika phone features a customized Store in Store with a variety of applications and exclusive content including those built and designed by Africans for Africans. The Windows Phone 8 start screen allows users to customize the Windows OS Live Tiles with topics of personal interest, providing real-time updates unique to their needs. Assisting with all business requests on-the-go, the Huawei 4Afrika phone features Microsoft Office and Skydrive for easy access to files. The Huawei 4Afrika phone marries great technology with a fashionable design, at a price that is right for its customers.

    “The Huawei 4Afrika phone is a fantastic addition to our Windows Phone product line, and we’re particularly proud to be introducing it as an exclusive offer for the African Continent today as part of the launch of the Microsoft 4Afrika Initiative,” said Ali Faramawy , corporate vice president for Microsoft Middle East and Africa. “We believe strongly that improved access to affordable and high quality smartphones in Africa can have a strong impact on the continent’s overall economic development and competitiveness, and we are confident the Huawei 4Afrika phone will help deliver on this. ”

    Since its entry into the African market in 1999, Huawei has created solutions that enable customers to reduce power consumption, carbon emissions and costs, thus contributing to the development of the society, economy, and the environment across Africa. To date, Huawei has worked with more than 18 African governments build E-Government networks in countries, such as Nigeria, Kenya, Uganda, Senegal, Angola, Guinea, and Djibouti, enabling 250 million Africans in rural areas to enjoy affordable communication services.

    As per the 2012 Qualcomm Snapdragon classification presented below the MSM8230 is a dual Krait UMTS (DC-HSPA+, TD-SCDMA) SoC:

    Microsoft and Huawei of China to Unite to Sell Low-Cost Windows Smartphones in Africa [The New York Times, Feb 4, 2013]

    BERLIN — Microsoft, taking aim at the world’s fastest-growing smartphone market, said on Monday that it would team up with Huawei of China to sell a low-cost Windows smartphone in Africa.

    The phone, called the Huawei 4Afrika Windows Phone, will cost $150 and initially be sold in seven countries. Microsoft’s Windows Phone software is fourth among smartphone operating systems, with just 2 percent of the worldwide market in September, according to Canalys, a research firm in Reading, England.

    Fernando de Sousa, the general manager for Microsoft Africa, said that in the next few months, Microsoft and Nokia planned to introduce two new Windows phones for the African market.

    Microsoft plans to introduce the Huawei 4Afrika phone on Tuesday at events in Lagos, Cairo, Nairobi, Johannesburg and Abidjan, Ivory Coast. It will also be sold in Morocco and Angola.

    Prioritising Africa – Introducing Microsoft 4Afrika [TechNet Blogs > Microsoft on the Issues Africa, Feb 4, 2013]

    Posted by Ali Faramawy
    Corporate Vice President, Microsoft Middle East & Africa

    There is an African proverb that reads, “The best time to plant a tree is 20 years ago. The second best time is now.” We couldn’t agree more. Microsoft has been operating in Africa for 20 years, and today we have offices in 14 countries. As we look forward to our next 20 years, we wanted to explore new ways to link the growth of our business with initiatives that spur economic development for the continent. The world has recognized the promise of Africa, and Microsoft wants to invest in that promise.

    This is why today, we are introducing the Microsoft 4Afrika Initiative, which is designed to help improve Africa’s global competitiveness. Our goal is to empower African youth, entrepreneurs, developers, and business and civic leaders to turn great ideas into a reality that can help their community, their country, the continent, and beyond.

    By 2016, the Microsoft 4Afrika Initiative intends to:

    – help place tens of millions of smart devices in the hands of African youth,

    – bring 1 million African small and medium enterprises (SMEs) online, and

    – help 200 000 Africans develop skills for entrepreneurship and employability. This will include up-skilling 100,000 members of the existing workforce, as well as training 100,000 recent graduates, 75 percent of whom we intend to help place in jobs.

    A smart, affordable device

    In Africa today, smartphones account for only about 10 percent of total phones in the market. As a first step toward driving the adoption of smart devices, Microsoft and Huawei today introduced the Huawei 4Afrika phone, a full-functionality Windows Phone 8 preloaded with select applications designed for Africa, by Africans. The Huawei 4Afrika phone, which is the first in what will be a series of “4Afrika” smart devices, will be targeted toward university students, developers and first-time smart phone users to ensure they have affordable access to best-in-class technology, so they can access the information and tools they need to be active global citizens. (See related blog.)

    HUAWEI ASCEND W1 В РОССИИ: СРОКИ ПОЯВЛЕНИЯ И СТОИМОСТЬ [Hi-Tech Mail.Ru, Jan 24, 2013]

    Как стало известно Hi-Tech Mail.Ru, первый Windows Phone 8 смартфон Huawei — модель Ascend W1 — появится в России в феврале. Стоимость аппарата — 8 990 рублей.

    As hi-tech mail.ru, the first Windows Phone 8 Smartphone Huawei Ascend model W1-will appear in Russia in February.
    Unit cost is RUB 8990 [$300].

    As the standard value added tax rate in Russia is 18% the net price will be $254.

    Huawei Ascend W1 from Conrad Electronics (Germany) as of Feb 5, 2013:

    € 199,95* [$270]

    lieferbar ab  20.03.2013      available from 20.03.2013
    * Alle Preisangaben sind inkl. MwSt. und zzgl. Versandkosten. Wir berechnen eine Versandkostenpauschale in Höhe von € 5,95 (inkl. MwSt.) Bei Nachnahme beträgt die Versandkostenpauschale 8,95 € (inkl. MwSt.). Ab einem Bestellwert von € 300.- trägt Conrad Electronic die Versandkostenpauschale für Sie.
    Bei sperrigen Artikeln (sind im einzelnen entsprechend ausgewiesen) berechnen wir den am Produkt ausgewiesenen Sperrgutzuschlag. Dieser Betrag enthält das für Sie verauslagte Transportentgeld und die Verpackungskosten.
    * All prices are incl. VAT and excl. shipping costs. We charge a delivery fee in the amount of € 5.95 (incl. VAT) For cash on delivery, the shipping fee is €8.95 (incl. VAT). From an order value of € 300.-, Conrad Electronic bears the shipping costs for you.
    For bulky items (are similarly designated in particular) we calculate the bulky contract assigned to the product. This amount includes the transport fee incurred for you and the packaging costs.
    As the standard value added tax rate in Germany is 19% the net price will be $227.

    Huawei Ascend W1 on Taobao (China) as of Feb 5, 2013:

     ¥ 1499.00 [$240.5]

    As the standard value added tax rate in China is 17% the net price will be $206.

    Huawei Showcases its First Windows Phone 8 Smartphone [Huawei Device press release, Jan 8, 2013]

    Las Vegas, USA, January 8, 2012: Huawei, a leading global information and communications technology (ICT) solutions provider, unveiled its first Windows Phone 8 smartphone, HUAWEI Ascend W1, at the 2013 Consumer Electronics Show (CES) today. The Ascend W1 is 10.15 mm thin and features a 4-inch IPS LCD 480 x 800 touchscreen with OGS Technology, powered by the high-end Qualcomm Snapdragon ™ S4 MSM8230 dual-core 1.2 GHz processor and Adreno 305 GPU. With a 1950 mAh battery, the Ascend W1 has 470 hours of standby time, the longest among all smartphones in its class. It features a visually iconic design inspired by a tropical island and comes in an array of bold colors including blue, red, black and white. The Ascend W1 is a smart and stylish alternative for consumers looking for great technology at a price that is right.

    image

    The HUAWEI Ascend W1 has a low reflective IPS LCD display with full lamination technology, which provides brilliant visibility under any lighting condition. The Windows Phone 8 Start screen lets you customize and pin Live Tiles with topics of personal interest, providing real-time updates that are uniquely yours. Additionally, a dynamic lock screen allows you to select the photos or updates most important to you and have them ready at a glance, even when the phone is locked.

    “Inspired and powered by people, the Ascend W1 is a combination of Huawei’s user-centric design philosophy and Windows Phone 8 software, bringing consumers a truly compelling alternative.” Said Richard Yu, CEO, Huawei Consumer Business Group. “The addition of the Ascend W1 to our smartphone portfolio gives consumers access to an even wider range of Huawei smartphones. At a price that makes sense to consumers, Ascend W1 underscores our commitment to put smartphones within reach of every consumer, no matter who you are or what you want from your phone. “

    “We are excited to be working with Huawei to further expand our device portfolio to new locations and price points, allowing more people to experience Windows Phone 8 while enjoying the Ascend W1’s unique features,” said Terry Myerson, Corporate Vice President of the Windows Phone Division.

    The HUAWEI Ascend W1 will be available in China and Russia from January 2013, with Western Europe, Middle East, USA and other selected countries to follow.

    More information: Ascend W1 [Huawei Device microsite]

    BYOD trends vs. Mobile enterprise platform trends

    With the literal explosion of mobile computing devices there is a huge challenge both on the enterprise computing vendor and customer sides. The easiest way of looking at those challenges is analyzing the so called BYOD (Bring your own device) and mobile enterprise platforms trends on the market where customers and suppliers meet each other.

    Note as well that these are all parts of a bigger trend, the so-called “consumerization of IT” which I already covered from an overall leading vendor point of view in the Pre-Commerce and the Consumerization of IT [Sept 10, 201] post on this site. Please read that before looking at the current trends discussed here in the below detailed sections. Then I will recommend to read The Changing Of The Enterprise Guard [TechCrunch, Jan 19th, 2013] article by the CEO of Box.com, the most successfull rising star in the enterprise IT vendor space. Even the ex MS leader Steven Sinofsky was recommending it in his Twitter meassage as:

    Interesting thoughts on enterprise computing http://techcrunch.com/2013/01/19/the-changing-of-the-enterprise-guard/ … from Aaron @levie

    Note that the BYOD trend I will present mostly through the Middle-East area where to solve the BYOD issue properly for the true enterprise space is the most pressing one in the world.


    BYOD trends

    Bring your own device [Wikipedia article, started on Jan 1, 2012]

    History

    BYOD first entered in 2009 courtesy of Intel when it recognized an increasing tendency among its employees to bring their own devices to work and connect them to the corporate network.[5] However, it took until early 2011 before the term achieved any real prominence when IT services provider Unisys and software vendor Citrix Systems started to share their perceptions of this emergent trend.

    In 2012 the Equal Employment Opportunity Commission adopted a BYOD policy, but many employees continued to use their government-issued BlackBerrys because of concerns about billing, and the lack of alternative devices.[6]

    Issues

    BYOD has resulted in data breaches.[citation needed] For example, if an employee uses a smartphone to access the company network and then loses that phone, any unsecured data stored on the phone could potentially be retrieved by untrusted parties.[7]

    It is important to consider damage liability issues when considering BYOD. If an employee brings their personal device to work, and it is physically damaged through no fault of their own it is unclear whether the company is responsible for repair or replacement.[citation needed]

    Pros

    Business

    A business that adopts a BYOD policy allows itself to save money on high-priced devices that it would normally be required to purchase for their employees. Employees may take better care of devices that they view as their own property.[citation needed]Companies can take advantage of newer technology faster.[citation needed]

    Employees

    Employees who work for a business with a BYOD policy are able to decide on the technology that they wish to use for work rather than being assigned a company device. This is thought to improve morale and productivity.[8] Exclusive control of features is given to the employee.

    Cons

    Business

    Company information will often not be as secure as it would be on a device exclusively controlled by the company.[citation needed] (Security professionals have termed it ‘Bring Your Own Danger‘ and ‘Bring Your Own Disaster‘.[9]) The company may have to pay for employee devices’ phone service, which they use outside company time. BYOD is an extreme case of the end node problem.
    Employees

    Due to security issues, the employees often do not have true full control over their devices[citation needed], as the company they work for would need to ensure that proprietary and private information is secure at all times. It is an out-of-pocket expense for the employees. They would be responsible for repairs if their devices were damaged or broken at work.[citation needed]

    Businesses that fall under compliancy rules such as PCI or HIPAA must still comply when using BYOD.[citation needed]

    Prevalence

    The Middle East was reported to have one of the highest adoption rates of the practice worldwide in 2012.[10]

    [10] El Ajou, Nadeen (24 September 2012). “Bring Your Own Device trend is ICT industry’s hottest talking point at GITEX Technology Week”. AMEinfo.com. Retrieved 26 September 2012.

    Frost & Sullivan: Consumerisation of Smart Phones and Bring Your Own Device (BYOD) are the biggest trends driving the Network Security Market in the Middle East [Frost & Sullivan press release, Nov 12, 2012]

    Dubai, the U.A.E., 21 November, 2012 – With an increase in the number of Advanced Persistent Threats (APTs), information security risks are becoming a major concern for organisations globally. Enterprises are swiftly adopting and deploying applications and new services to combat the same. In their quest to obtain high levels of security assurance and develop advanced intelligence technologies, organisations in the Middle East are increasingly adopting methods such as virtualisation and cloud computing. Over the past few years, this has led to increased Government investment in information and communication technology (ICT)-related projects in the Middle East and this is expected to proliferate further in future. To address these threats to enterprise security and brainstorm best-in-class Enterprise Security Solutions and Strategies, Frost & Sullivan convened the best minds in enterprise security at its Middle East Enterprise Security Summit 2012 on November 21, at Habtoor Grand Beach Resort, Dubai, U.A.E.

    Held for the first time in the Middle East, the Summit was attended by CIOs, CISOs, CTOs, Vice Presidents, General Managers, Network Managers, Enterprise Security Architects, Internet Security Architects, Compliance Officers, and Department Heads from across a variety of industry sectors such as Banking, Finance & Insurance (BFSI); Telecom; IT; Manufacturing; Government; Education; Healthcare; Media and Entertainment; Retail; and Automotive and Logistics.

    According to Frost & Sullivan, consumerisation of smart phones and Bring Your Own Device (BYOD) are the biggest trends driving network security issues in the Middle East today. The network security market is in a high-growth stage. Frost & Sullivan anticipates that technology convergence, regulatory compliance, and continuous growth of network infrastructure will continue to drive up sales for security suppliers in the Middle East during the period 2012-2018.

    Frost & Sullivan’s Middle East Enterprise Security Summit 2012 Summit began with an inaugural address by Andy Baul-Lewis, Director, ICT Practice, Frost & Sullivan, describing the prevalent enterprise security landscape in the Middle East. “Building security for electronic assets is one of the most critical tasks facing organisations today. In a converged world, where the threats of each system are multiplied; getting advice, sharing best practice, and talking to partners is a vital part of the construction process. This is what Frost & Sullivan endeavours to provide through this interactive Summit,” stated Mr Baul-Lewis at the Summit.

    The Summit included in-depth discussions and case studies on enterprise security management. The first of these was, ‘The Evolving Role of a Chief Information Security Officer’ by Roshan Daluwakgoda, Senior Director – Security Strategy Planning Risk Assessment and DR at Emirates Integrated Telecommunication Company, du, Dubai, the U.A.E. This was followed by a thought-provoking presentation on ‘Information Security Management – When the Going Gets Tough,’ by Kamran Ahsan, Head of Information Security, Injazat Data Systems, the U.A.E. Bashar Bashaireh, Regional Director, the Middle East, Fortinet, gave a presentation ‘How to Make your Security Aware in a BYOD World’. Thameem Rizvon, IT Director, Kamal Osman Jamjoom Group LLC (KOJ) presented, ‘Learn from your Peers: Security Implementation in a Retail Environment’. The session on Secure the Cloud,’ by Joe So, VP Business Sales, Huawei;was followed by a panel discussion on ‘Security Convergence and its Impact on Business.’

    Speaking on the occasion, Kamran Ahsan stated, “Information security is increasingly emerging as a critical concern in today’s modern business environment. This trend is very much evident in the Middle East, where enterprises have experienced information-related threats such as infiltration, data leakage, and cyber warfare among others. Injazat Data Systems will highlight how enterprises can proactively address these challenges and mitigate risks associated with business assets and services of enterprises. Moreover, with the best minds in enterprise security attending this Event, we expect to have an in-depth discussion of new trends and developments in information security in the Middle East.”

    Sharing his views on the Summit, Bashar Bashaireh said, “Information Technology has become central in driving the business processes of enterprises. However, as trends such as mobility, cloud computing, and BYOD are fast gaining momentum in the U.A.E., helping drive business profit and innovation; they are also bringing forth new challenges to IT security. Organisations in the U.A.E. should act now to regain control of their IT infrastructure by strongly securing their network and applying granular control over users, devices, and applications. The Summit organised by Frost & Sullivan is a great platform for us to share with end customers our insights on the new approach aimed towards IT security.”

    Talking about Securing the Cloud, Dong Wu, Vice President, Huawei Enterprise Middle East said, “As organisations roll out cloud-based models into their business infrastructure, the issue of security becomes an ever increasing concern.  The Middle East Enterprise Security Summit is a way for Huawei and other industry leaders to come together and discuss how businesses can be better secured and protected from the fast-evolving cyber threats that exist today. At the summit, we look forward to sharing our insights on how organisations can improve their planning processes before making their move into the cloud.”

    The Summit was supported by Injazat as Platinum Partner, while Fortinet and Huawei were the Event’s Silver Partners. Telecom Review, Teknotel and Connect-World Magazine supported the Summit as Media Partners; with Tech Channel MEA as the Online Partner for the event.

    If you are interested to know more about insights shared at the Middle East Enterprise Security Summit 2012 then send an e-mail to Tanu Chopra/Deepshri Iyer, Corporate Communications, at tanu.chopra@frost.com/deepshrii@frost.com, with your full name, company name, title, telephone number, company e-mail address, company website, and country.

    For more information on the Summit, please visit: http://www.frost.com/EnterpriseSecurityMiddleEast

    About Frost & Sullivan

    Frost & Sullivan, the Growth Partnership Company, works in collaboration with clients to leverage visionary innovation that addresses the global challenges and related growth opportunities that will make or break today’s market participants.

    Our “Growth Partnership” supports clients by addressing these opportunities and incorporating two key elements driving visionary innovation: The Integrated Value Proposition and The Partnership Infrastructure.

    • The Integrated Value Proposition provides support to our clients throughout all phases of their journey to visionary innovation including research, analysis, strategy, vision, innovation, and implementation.
    • The Partnership Infrastructure is entirely unique as it constructs the foundation upon which visionary innovation becomes possible. This includes our 360-degree research, comprehensive industry coverage, career best practices, as well as our global footprint of more than 40 offices.

    For more than 50 years, we have been developing growth strategies for the global 1000, emerging businesses, the public sector, and the investment community. Is your organisation prepared for the next profound wave of industry convergence, disruptive technologies, increasing competitive intensity, Mega Trends, breakthrough best practices, changing customer dynamics, and emerging economies?

    Mobile application management [Wikipedia article, started on Oct 17, 2011]

    Mobile Application Management (MAM) describes software and services responsible for provisioning and controlling access to internally developed and commercially available mobile apps used in business settings on both company-provided and “bring your own” smartphones and tablet computers.

    Mobile application management differs from Mobile device management (MDM) in the degree of control that it has over the managed device. As the names suggest; MAM focuses on application management, but stop short of managing the entire device. MDM solutions manage the down to device firmware and configuration settings and can include management of all applications and application data.[1]

    History

    Enterprise mobile application management has been driven by the widespread adoption and use of mobile devices in business settings. In 2010 IDC reported that smartphone use in the workplace will double between 2009 and 2014.[2]

    The BYOD (“Bring Your Own Device”) phenomenon is a factor behind mobile application management, with personal PC, smartphone and tablet use in business settings (vs. business-owned devices) rising from 31 percent in 2010 to 41 percent in 2011.[3] When an employee brings a personal device into an enterprise setting, mobile application management enables the corporate IT staff to download required applications, control access to business data, and remove locally cached business data from the device if it is lost, or when its owner no longer works with the company.[4]

    Use of mobile devices in the workplace is also being driven from above. According to Forrester Research, businesses now see mobile as an opportunity to drive innovation across a wide range of business processes.[5] Forrester issued a forecast in August 2011 predicting that the “mobile management services market” would reach $6.6 billion by 2015 – a 69 percent increase over a previous forecast issued six months earlier.[5]

    Citing the plethora of mobile devices in the enterprise – and a growing demand for mobile apps from employees, line-of-business decision-makers, and customers – the report states that organizations are broadening their “mobility strategy” beyond mobile device management to “managing a growing number of mobile applications.”[5]

    MAM system features

    An end-to-end MAM solution provides the ability to: control the provisioning, updating and removal of mobile applications via an enterprise app store, monitor application performance and usage, and remotely wipe data from managed applications. Core features of mobile application management systems include:

    • App delivery (Enterprise App Store)
    • App updating
    • App performance monitoring
    • User authentication
    • Crash log reporting
    • User & group access control
    • App Version management
    • App configuration management
    • Push services
    • Reporting and tracking
    • Usage analytics
    • Event management

    The Middle East angle #1:
    Mitigating the Risks of BYOD with MAM [ITP.net, Nov 14, 2012]

    Organizations need to decide how to manage BYOD, says Johnny Karam, Regional Director, Middle East and French Speaking Africa, Symantec

    According to a recent Symantec survey, 59% of enterprises are making line-of-business applications accessible from mobile devices in an effort to increase efficiency, increase workplace effectiveness and reduce time required to accomplish tasks.

    The average annual cost of mobile incidents for enterprises, including data loss, damage to the brand, productivity loss, and loss of customer trust was $429,000 for enterprise. The average annual cost of mobile incidents for small businesses was $126,000.

    According to Symantec’s State of Mobility Survey, 67% of companies are concerned with malware attacks spreading from mobile devices to internal networks. In addition, Symantec’s latest Internet Security Threat Report highlighted that mobile vulnerabilities increased by 93% in 2011.

    To manage or not to manage:

    The first question every business must ask around BYOD is: How much management of user-owned devices connecting to corporate resources does the company want? This is critical because the degree to which an enterprise is involved in managing various aspects of user-owned mobile devices has consequences. For example, a key anticipated benefit of implementing BYOD means often no longer having to fully manage employees’ mobile devices. In return, support costs are hopefully reduced.

    However, fully managing user-owned devices often results in intruding on the personal information and activity of those devices. This might include enforcing device-level authentication and encryption policies and complete device remote locking or wiping, including users’ personal content.

    Delivering corporate [apps and] resources

    Securing corporate [apps and] resources once they are delivered

    The Middle East angle #2:
    BYOD is not a new problem
    [Gitex Review 2012 published on ITP.net, Nov 18, 2012]

    Cloud and big data were the big talking points during GITEX Technology Week 2012. Leading UAE and global companies discuss those trends.

    Florian Malecki, head of product marketing at Dell SonicWALL, says that enterprises need to be prepared to allow employees to use their toys.

    Ilike to be a bit controversial over the growing BYOD trend. If you listen to the analysts; IDC, Gartner, Forrester; they are all predicting that the number of smartphones being sold by 2014-2015 will outgrow the number of laptops being sold.

    We all say that the employees want to use their own device, but if you look at what they want to use, it is either a tablet or a smartphone, so companies and IT managers have to accommodate all users needs.

    We did a survey and we looked at what devices our customers are supporting or are open to support, and there is no clear winner. If you look at it from a device point of view, there are people who want to use tablets (about 60%), people who want to use smartphones and people who want to use laptops.

    How to start
    A good way to start BYOD and try to minimise risks is by using an SSL VPN gateway. The beauty of an SSL VPN gateway is that you are able to identify the user and the user profile as well as identifying the device and setting up a profile for the device. You could have a profile that is a managed device or a personal device, but registered within the corporate ID system. Any organisation whether an SMB or enterprise, if they don’t really know where to start the BYOD journey, if they start looking at implementing an SSL VPN solution like the Dell SonicWALL solution then they probably meet 90% of employees requirements when it comes to BYOD.

    How to control BYOD
    The threat of personal devices on a corporate network is a big problem, according to Darren Gross, EMEA senior sales director, Centrify, and companies must be able to control information on those devices.

    Security compliance experts Centrify have released mobile device management software, which integrates one single identity for each individual employee within an organisation, so wherever they go the company can control where they are going and what they are doing, through policies and security settings.

    “There is a lot of competition in that space, but we are quite unique because we come from an angle of joining the system to Active Directory, so if I leave my iPad on the train, help desk can go and remotely wipe that device so there is no threat to the enterprise,” says Darren Gross, EMEA senior sales director, Centrify.

    Enterprises also need to look at mobile device configuration to prevent viruses from accessing the corporate network.

    … <LONG>

    People that use mobile devices tend to have no passcodes on them. Centrify is able to enforce passwords and encryption on a personal device accessing the corporate network.

    Cloud
    The company is also developing authentication for off premis cloud software and service type applications so for example SalesForce and WebEx.

    “Users will be able to sign on with one identity within Active Directory so you control what a user is doing and see where they are going, there is full accountability to what individuals are doing within the organisations,” said Gross.

    Disaster recovery in the region
    Yasser Zeineldin, CEO, eHosting DataFort, says the company is offering regional enterprises the opportunity to develop DR sites.

    We offer clients both in UAE and the Middle East region the ability to have a hot disaster recovery site where data is replicated between their production system and the disaster recovery system that is hosted with us. This means that in real time if there is a failure in the primary system they can switch over to the secondary system.

    <BIG DATA PART OF THE REPORT>


    Mobile enterprise computing platform

    Hal’s (Im)Perfect Vision on a possible (and much needed) further direction by Microsoft :
    There is no ARM in Windows RT [Jan 2, 2013]

    Windows RT is the name of Microsoft’s version of Windows 8 for ARM processors, right?  It’s aimed primarily at Consumers, right?  It’s role in business is primarily in the BYOD realm, right?  That’s so 2012!  Let’s talk about strategy and where I think Microsoft will go with Windows and particularly Windows RT.  And how their strategy may become more obvious in 2013.

    The name Windows RT wasn’t chosen to convey a message about Windows moving to ARM processors.  Nor was it chosen to convey that it was a Tablet OS.  The name appears to have been chosen primarily for one reason, it is an operating system devoted to running Windows RunTime apps.  It splits the mainstream Windows product into two families.  Windows for running Win32 “desktop” and Windows RunTime applications and Windows RT that drops the legacy Win32 application support.  Windows RT is Microsoft’s go forward client operating system, while Windows is the operating system Microsoft will need to keep selling and enhancing for a transition that will last a decade or more, but it will eventually be considered a legacy.

    I know I just sent a lot of people’s blood pressure through the roof because today they either (a) dislike Metro/Modern/whatever-you-call-it ,Windows RunTime, or the Start Screen and/or (b) the new environment isn’t really suitable for their usage scenario.  But keep in mind I’m talking about where things are going over several releases of the re-imagined Windows.  There will be many refinements, improvements, and changes before Windows RT replaces Windows as Microsoft’s primary client operating system offering.

    The desktop lives forever, right?  Well, on Windows yes but not on Windows RT.  Today Windows RT only needs the desktop for two reasons.  First, many traditional utilities from the File Explorer to much of system management are only available as desktop apps.  Second, Microsoft Office is only available as desktop apps.  But in each release going forward this will become less true.  A Metro File Explorer will become standard.  More and more system management will move to the new model.  And eventually Microsoft will remove the desktop from Windows RT.  Then it will be able to remove many pieces of legacy (including Win32), making Windows RT smaller, faster, and more secure (via smaller attack surface) than it’s Windows sibling.

    Microsoft started the ball rolling with Windows RT on ARM because that was the most practical thing to do.  With ARM unable to run existing x86 apps Microsoft had to decide if it would evangelize conversions of existing applications to ARM or put the energy into getting developers to write new Metro/Modern apps.  And without a library of Modern apps it was unlikely that any of the x86-oriented OEMs would create an x86 Windows RT system.   No rational amount of pricing difference on Microsoft’s part would encourage a OEM to use an operating system with no applications when they could just as simply use one with a huge, if aging, library.  ARM thus became the obvious place to introduce Windows RT.

    As the library of applications in the Windows Store grows it becomes more and more likely that Microsoft will introduce Windows RT for x86 systems.  Will that happen in 2013?  By the end of 2013 the Windows Store will likely have in excess of 150,000 Apps.  Perhaps in excess of 200,000.  Assuming that the quality is there (meaning they are the apps people want and are equal to their iPad and Android equivalents) the market for systems with no need to run legacy desktop apps will have grown dramatically.  Microsoft, many of its OEMs, and Intel (of course) will want the option of using Clover Trail (and its follow-ons) in those systems.  So it is quite possible that Microsoft makes Windows RT available for Clover Trail-based systems in 2013, and it seems a certainty for 2014.

    As a side note this is something that Paul Thurrott will probably not be happy about.  Paul has called on Microsoft to use Clover Trail in its next generation of the Surface so that it would have the full Windows experience.  But I expect that if Microsoft did use Clover Trail in a Surface (as opposed to Surface Pro) replacement that system would still run Windows RT.  Sorry Paul :-)

    If Windows RT for x86 is speculative in 2013 here is something I think is a surer bet.  Windows RT will expand into a family that mirrors the editions of Windows.  I expect that in 2013 we will see a Windows RT Enterprise (and perhaps Pro as well) edition.  Why?  Well the current edition of Windows RT is missing some key functionality that would accelerate its adoption within Enterprises.  And I’m not even talking about UI or Windows RunTime changes that would increase the application space it was applicable to.  I’m talking purely about lower level operating system features.

    Being able to participate in a domain is part of Microsoft’s secret sauce for enterprises, and today Windows RT can’t do that.  A Windows RT Enterprise edition would bring the ability to join a domain, use DirectAccess, use BitLocker, fully participate in Microsoft’s management capabilities, etc.  Whereas the solutions introduced in 2012 are acceptable for BYOD situations and some limited application scenarios, an Enterprise edition would allow Windows RT systems to participate as full members of the enterprise computing environment.

    Windows RT Enterprise will not allow side-loading of desktop applications, but it may allow side-loading of limited types of system software.  As great as DirectAccess is (and given my involvement in it I’m biased, but then I also lived with it as my “VPN” for a year so know how fantastic the user experience is) most enterprises use Cisco VPNs.  And while Windows RT is certainly adequately protected with Windows Defender, IE SmartScreen, etc. most enterprises will want at least the management capabilities of enterprise-oriented security products and probably the ability to use their corporate standard (i.e., Symantec, McAfee, etc.) products and infrastructure.  Unless Microsoft addresses these adoption of Windows RT will be much slower than desired.

    And what about requirements for access to desktop applications on Windows RT systems?  Many, perhaps most, enterprises are fine with using VDI to allow users of these systems to access desktop applications.  Some are downright enthusiastic.  But many do not want that access occurring off their corporate network.  Hence the need for the ability to join a domain, and use DirectAccess or VPNs when users need remote access.  You then run VDI over the corporate network.

    Now we get to another wildcard in all of this, Office.  Today’s situation with Office being a desktop Win32 application on Windows RT, and only being available in the Home and Student edition, represents a major drag on Microsoft’s ability to move Windows RT forward.  Microsoft needs to either allow upgrade of the edition of Office on Windows RT to an Enterprise edition (including, for example, making Outlook available) or to move Office fully to Metro/Modern (likely in multiple editions).  They may do both given the time it could take to create a true Office RT.

    An Office RT would benefit the entire Windows RT  and Windows 8 market and is the logical direction for Office to go.  But I find it hard to believe they can get to full equivalence with the Win32 Office apps in a year, let alone in a traditional longer release cycle.  We’ll see some, perhaps substantial, movement in this direction in 2013 but I don’t know how far Microsoft will get.  In the mean time they may find it prudent to release Office 2013 Enterprise (standalone and/or as based part of Office 365) for Windows RT systems.  However this rolls out, Microsoft will substantially improve the Office for Windows RT situation in 2013.

    Finally, let me reinforce a point I’ve blogged about before.  Microsoft is moving to annual (or more frequent) updates as a (at least unofficial) corporate standard for release cycles.  There may be exceptions from time to time, but I’d expect pretty much every actively developed product to have annual releases.  That means faster evolution in smaller chunks is the norm.  You don’t like how the Start Screen works today?  By the end of the year there will no doubt be improvements that address major complaints.  Windows RunTime missing an API that keeps you from creating a Metro/Modern version of your App?  You might have it later this year.  Can’t stand that the Share contract doesn’t work with Outlook?  Again, a solution may appear faster than Microsoft customers have ever imagined possible.

    2012 was an exciting year for Microsoft and its customers.  2013 may be even more exciting, and delightful.

    But there are new contenders for the enterprise IT space not based on any earlier paradigms, neither on the enterprise desktop and notebook (like Microsoft’s Professional and especially Enterprise editions of Windows) evolved from the PC platform, nor on the web browser based enterprise thin client (from the Java-like Apex code programmable Force.com PaaS platform usable along with standard HTML, JavaScript and CSS in the browser, to a wide range of JavaScript frameworks of a kind of “enterprise quality” which include even versions for mobile browsers) evolved from the web platform.

    A typical new contender, differing from both of the two earlier platforms in that by its very nature of cloud based file sharing can best exploit the power of new mobile computing devices, is the Box (service) [Wikipedia article, started on Nov 15, 2006]

    Box (formerly Box.net) is an online file sharing and Cloud content management service for enterprise companies. … A mobile version of the service is available for Android, BlackBerry, iPhone, iPad, WebOS, andWindows Phone devices.[4]

    Products

    The core of the service is based around sharing, collaborating, and working with files that are uploaded to Box. Box offers 3 account types: Enterprise, Business and Personal.[12] Depending on the type of account, Box has a number of features such as unlimited storage, custom branding, administrative controls and 3rd party integrations with applications like Google apps, Gmail, NetSuite and Salesforce. The service also has a variety of social features such as discussions, groups and an update feed.

    Sharing

    Box is a file sharing network, which saves and stores the information uploaded by the customer to their web site. They have the full legal right to demographic information about their customers, sales, and traffic to their partners and advertisers. Even though this company does not have the right to give, sell, rent, share or trade any personal information uploaded to their web site by their customers unless consent is given by the user of an account, a third party may be able to view some information. For which some terms and policies have been set forth, to protect the web site as well as the customers alike to establish a full functioning informative and well organized sharing network.[22]

    With the users consent, and if they are to choose they can share their private details with other customers such as:[22]

    To see your name, Email address, Photo, Profile information

    Chosen files to share –where comments can be made, and others can contact the user by email. People you invite as editors can also edit your shared files, upload documents and photos to your shared files, share those documents outside of Box, and give other users rights to view your shared files.[22]

    On the website its platform services for Enterprise IT are described in the following framework:

    Consolidate File Services: Consolidate All Your Content Services on Box

    Box – the single, secure solution for content access, sharing and collaboration – lets you replace a myriad of file transfer systems and unsecured, consumer-focused tools like YouSendIt and Dropbox. Bottom line: You reduce content silos, lower costs and give users the simplicity and functionality they want with the security IT requires. Learn more

    • Replace NFS, FTP, MFT and consumer file-sharing and sync tools
    • Streamline system administration and reporting
    • Reduce IT resource requirements while effortlessly meeting increasing storage needs

    Enterprise Mobility: Support Mobile Content Management

    Box works with any mobile device, giving remote workers access to critical content they need to succeed. Simultaneously, Box features a comprehensive and sophisticated security suite – and its seamless integration with third-party mobile device management tools like Good Technology and MobileIron provide an additional layer of data protection.Learn More

    • Users get anywhere, anytime access to critical content; and that content is synced across all their devices
    • IT enjoys remote device management coupled with auto logout and locking while sanctioning the use of specific mobile devices and apps
    • IT also gains a new level of content visibility, with insight into how content is managed and accessed in the organisation – and beyond

    Cloud Content Management: Discover Content Management in the Cloud

    As a Web-based service, Box is up and running in minutes and deployed in days. There’s no hardware to maintain or software to update and it complements existing content management platforms.
    Learn more

    • Start working in the cloud immediately: no on-premise installation, provisioning, maintenance or DMZ setup
    • Enable employees to access and share enterprise content quickly and securely, both internally and with external partners and vendors
    • Significantly lower hardware and storage costs

    Security and Architecture: Ensure Your Corporate Information is Secure

    It’s true: Box is a leader in content management security and makes ongoing investments in the safety of our data centres and corporate operations. Box has been issued an SSAE 16 Type II report, and our solution also features Safe Harbor certification and provides easy-to-use configuration tools, so you can tailor Box to meet your security requirements. Learn More

    • Global permission controls and detailed audit trails
    • Full data encryption plus data centre backups and redundancy
    • Guaranteed 99.9% uptime

    The Box Platform: Extend Box With Our Platform and Integrations

    Box is more than just a Web application; our comprehensive yet flexible platform lets you easily integrate, extend and customise your cloud deployment. Connect Box to the leading SaaS applications you already use, integrate it into your IT infrastructure or build apps designed to do whatever your business needs. Learn more

    • Easily connect to other business applications like Salesforce, NetSuite and Google Apps
    • Extend Box to meet additional needs with our 120+ Box Apps including eFax, DocuSign, FedEx and mobile Box Apps like Quickoffice
    • Create custom mobile, Web and desktop applications powered by Box

    Professional Services: Deploy Easily With Professional Services

    Our Customer Success team offers a comprehensive range of professional and client support services, from end-user training to systems integration and performance tuning. Learn more

    • Content migration services transfer your existing data to Box quickly and securely
    • Custom implementation road maps streamline deployment across the enterprise
    • A dedicated Customer Success representative gives you the responsive, personalised support you deserve

    The current state was described in Box Platform: Announcing v2 API in GA and Year in Review [on box blog by Chris Yeh, VP of Platform, Dec 14, 2012]

    2012 has been an amazing ride for the Box platform, and I’m excited to announce that we’re ending the year on a high note with the general availability of the Box v2 API. First released back in April in beta, we’ve made tremendous strides to bring our partners, developers and customers a simple, elegant and intuitive API that will power the next generation of business collaboration.

    Our v2 API represents a major step forward for Box. It is RESTful, implements the OAuth2 spec to standardize user authentication, has much improved error handling and it is well documented. Our Platform Manager Peter Rexer has a deep dive into all the details of the v2 API here. We’re also introducing Box developer accounts, which offer developers access to all of Box’s enterprise features through both the Box web app and the API. In celebration of our new API, we’re offering 25GB of Box free for any developer account created before January 18, 2013.

    API Momentum in 2012

    Our new API is being launched at a time of tremendous platform growth for Box. In 2012, every API metric that we tracked grew significantly. Here’s just a sample of some of the massive traction we’re seeing with the Box API:

    • 129%: growth in third party developers using Box
    • 140%: growth in number of third party API calls per month
    • 133%: growth in apps in the Box Apps Marketplace
    • 200%: growth in number of weekly users of third party apps on Box

    Of course, we wouldn’t have seen such strong platform growth and API engagement without the efforts and work driven by the amazing Box platform team and our ecosystem of third party developers. We built industry-first products including Box OneCloud and Box Embed, travelled the world meeting amazing companies along the way and got together as a community to hack some pretty cool projects. Here’s a brief look back at an amazing 2012.

    Box OneCloud

    In April, we introduced Box OneCloud for iOS, the first mobile cloud for the enterprise. OneCloud helps you discover useful productivity apps that are deeply integrated with Box for productivity on common business tasks like document editing, PDF annotation, e-signature, etc. We launched on iOS with 50 apps and shortly thereafter brought this to Android. By year’s end we’ll have nearly 300 OneCloud app integration partners across both iOS and Android. 40% of all Box’s Fortune 500 customers are using Box OneCloud.

    Box Platform on the Road – New York & London

    In New York this spring, we announced our v2 API in beta, 100 new OneCloud apps and partnerships with General Assembly and TechStars. We welcomed over 650 attendees to Skylight West to hear from Box CEO Aaron Levie, Take Two Interactive CEO Strauss Zelnick and former Editor-in-Chief of Wired Chris Anderson. Later, everyone danced to cool tunes spun by Elijah Wood. Our friends in New York include the Bizodo team, which makes a great form-filling app that puts content into Box. We also hung out with the Handshake team, which created a rich order-taking app useful in many business and retail settings. When the Handshake logo appeared on our OneCloud billboard on the 101, they tweeted that it was the startup equivalent of your voice dropping. One of the most interesting things about New York is the concentration of enterprise-focused startups. For example, we’re really pleased to support Jonathan Lehr’s NY Enterprise Technology Meetup and Nick Gavronsky’s New York City Startup Weekend, which just occurred last weekend.

    In late August, we parachuted into the middle of Carnival week in London to talk to analysts, press, London-based startups and supporting government organizations. We hosted a developer meet-up at Shoreditch House and were awestruck by the energy in London, particularly in Tech City. We spent time in Google’s shared space in London, where we first met Ben Wirtz, CEO of Unifyo, which brings together multiple sources of customer data to provide enterprises with a singular view of customers. We wandered down to Chelsea to meet Will Lovelace, CEO of Datownia, a company that allows the easy translation of Excel spreadsheets into APIs for external consumption. And we visited the lofty digs of the Chelsea Apps Factory, a super high quality app consultancy and production company.

    It’s great to meet with so many wonderful people and even better when you can get together and build some really cool things.

    Box Hack Event

    Full disclosure, our first public hack event at Box HQ was not intended to be thematically linked to astronauts shooting each other, but that’s another story. At this event, called “Redefine Work,” 150 hackers stayed overnight creating more than 40 contest entries. Participating technology partners included TokBox, Firebase, Mashery, Twilio, Parse, Iron.io and SendGrid. Our winning hack, called OMGHelp, is an application that improves the technical support experience by allowing a customer to use a smartphone camera to show a technical support person what they’re doing. If you’re interested, here is a really nice recap of our event that was created by Mashery’s Neil Mansilla on Storify.

    We closed out our active year in October with…

    BoxWorks Dev Day

    At BoxWorks, we announced a brand new technology that lets you quickly and easily extend the full Box experience anywhere you work. We call it Box Embed, our robust HTML5 framework for adding Box directly into the user interfaces of other applications. We launched with ten partners, including NetSuite, Jive, Conur, Oracle and others and we plan to continue adding to that number. Box Embed is particularly exciting to us because it’s one of the easiest ways for our partners to help make the content you have stored on Box accessible from anywhere.

    We also ran an un-conference-like Developer Day where hundreds of developers joined us to hear about the latest web development technologies and learn about enterprise development. We ran a well-attended startup camp with Boxers from various departments (design, sales, marketing in addition to developer evangelists) providing consulting. And we concluded with one of my favorite reporters/writers, Drew Olanoff of TechCrunch, interviewing one of my favorite “startup” CEOs, Jeff Lawson of Twilio, about the ways that developers should think about using APIs in their apps.

    We were fortunate to have many of our platform partners join us at BoxWorks this year. Jesse Miller and the attachments.meteam met with Box customers on the main show floor. David Klein and the SlideShark team presented in one of our sessions, as did Milind Gadekar from CloudOn.

    As you can see, we’ve had an amazing year. Thanks to all of our platform partners, big and small, for working with us. We look forward to reaching the next level in the new year.

    2013: Looking Forward

    As 2013 approaches, we’re working on making it even easier for developers to work with Box by focusing on our SDKs and other developer tools. We’re also excited to be building new platform products. On one front, we’re working on new developer-focused metadata tools. On another, we’re looking at allowing developers to hook into workflow products that will allow content to move through Box in various business flows.

    We’re sure that it will be a fun ride. Happy holidays to all and we’ll look forward to working with you in 2013!

    Regarding the most demanding enterprise customers of Box.com here are few excepts from Why Box.com is king of enterprise cloud storage [CNET, May 15, 2012]

    It may be known to some as the Dropbox-for-the-enterprise, but Box.com could be forgiven for insisting on its own identity.

    With more than 120,000 customers, including 82 percent of the Fortune 500, the company has made a name for itself as one of the leaders in the enterprise cloud storage and data management space. And though Box.com has Microsoft, and more recently, Google breathing down its neck, CEO Aaron Levie doesn’t appear the least bit nervous.

    That may be because the company has spent seven years building its business and solidifying a technology platform that gets more sophisticated — and cost-effective — every day. And as it has evolved into occupying a sizable Silicon Valley building, and employing more than 400 people, Box is now setting its sights on new businesses, including providing customers with the infrastructure on which to build cloud-based applications.

    Last week, the 27-year-old Levie sat down with CNET in a conference room at Box.com headquarters for an interview about the state of his company, the competitive landscape in the cloud storage and service space, and even the value of wearing a hoodie in a meeting with potential investors.

    How do you pitch Box.com to customers?
    Levie: So many different kinds of businesses out there are all going through the exact same challenge and transition. It’s almost counterintuitive how predictable everybody’s situation is. Because whether you’re in construction or finance or real estate or consumer or media tech, every CIO we talk with, and these are companies that are 5,000, or 10,000, or 50,000 employees, they’re going through the same kind of transition and they’re at the same junctures as organizations, where they have decades of legacy technologies that they’re still managing. And it’s, How am I going to build an IT and technology strategy for the next five to ten years. And often, if you look at how vast the change has been in the landscape, the technology strategy they’re going to end up with is very different than the one they just came from.

    So what is Box.com?
    Levie: The vision of Box is to make it easy for customers to share, manage, and access information from anywhere. That means we need lots of different kinds of technologies to make that happen, including technology that will sit on your iPhone, your Mac, your Android device or your Blackberry. And we just announced something with Nokia with their Windows Phones and tablets. We’re a 100 percent enterprise-focused company, and all the technology we’re building goes towards asking how do we make it easier or more scalable, or simpler, and just a better way for businesses to share and manage and access this data.

    Any regrets on being 100 percent enterprise?
    Levie: God, no. Our thesis is basically that if you look at the cost of storage, it goes down roughly about 50 percent every 18 to 24 months. So our hard costs are about a tenth of what they were when we started the company seven years ago. And you can predict that in the next five to ten years, we’ll have another 10x improvement in storage density and performance. Eventually you’ll get to a point where storage is infinite and free, because companies like Google, and Microsoft, and Apple can essentially subsidize the cost of storage for their consumers because it’s so cheap and the value of keeping people locked into their system is so great for them. But in the enterprise, storage is critically important, so we had to give people lots of space, but what you pay for is the security, the platform value, the collaboration, and the integration into your enterprise, and this is where we can build differentiated technology instead of just being measured on how much storage we give you and at what price.

    Who poses the biggest threat to your business?
    Levie: I would say Microsoft knows the most about the enterprise of any of these players. Google has a phenomenal brand, but it’s getting to be a broader brand, because it’s everything from your wallet to your car to your TV to your phone. The other thing that gets lost in the entire conversation because Google and Microsoft and Apple are so aggressive about this space, is the big transition companies are going to do from Oracle, IBM, EMC, and a lot of these traditional enterprise infrastructure players. Because as these dollars, and as your computing goes to the cloud, it moves away from implementing on-premise systems. It’s not going to be that Dropbox or Apple or Google loses. It’s going to be a lot of the legacy systems that we were spending lots of money on. As the $290 billion enterprise software market moves to the cloud, an entire new landscape of players and vendors are going to be the beneficiaries of that, unless these legacy vendors really get their act together.

    IGZO is coming as the ultimate future technology for LCDs

    IGZO at CES 2013 [sharpelectronicsusa YouTube channel, Jan 10, 2013]

    Írja be ide a videó képfeliratát.

    IGZO [sharpelectronicsusa YouTube channel, Jan 3, 2013]

    Írja be ide a videó képfeliratát.

    To summarize IGZO is the latest LCD technology advancement vs. Hydis: its FFS succeeding IPS [core information page on this same ‘Experiencing the cloud’ site, May 11 – Oct 12, 2012] or the earlier AH-IPS technology from LG Display and True HD IPS of LG Mobile LTE superphones: Nitro HD (AT&T) and Spectrum (Verizon) [‘Experiencing the cloud’, Jan 19, 2012], or the even more earlier Plane to Line Switching (PLS) screen technology (Samsung) [‘Experiencing the cloud’, Oct 2, 2011] which is essentially the same as the well established IPS [Wikipedia] technology.

    More information on Sharp: IGZO is coming [core information page on this same ‘Experiencing the cloud’ site, Jan 20, 2013]

    Qualcomm moving ahead of Allwinner et al. in CPU and GPU while trying to catch up with Allwinner in Ultra HD

    [Updated June 20, 2013] According to Qualcomm Expands Qualcomm Snapdragon 200 Processor Tier [press release, June 20, 2013] the entry-level S200 with quad-core Cortex-A5 @1.4GHz and Adreno 203 GPU manufacture on a 45nm proces will be expanded late 2013 (together with Qualcomm Reference Design (QRD) versions) Cortex-A7 @1.2GHz and Adreno 305 based SoCs: the MSM8x10 (8210, 8610) dual-core and MSM8x12 (8212, 8612) quad-core versions. They will feature key modem technologies that are important in China and emerging regions, including support for HSPA+ (up to 21Mbps) and TD-SCDMA. The processors will have support for dual cameras, with an 8 Megapixel rear-facing camera and up to a 5 Megapixel front-facing one, as well as feature a single platform for all SIM variants, including Dual SIM, Dual Standby, and Dual SIM, Dual Active, and Tri SIM Tri Standby.

    The latest additions to the Snapdragon 200 class also feature: integrated industry-leading IZat Location functionality and support of Qualcomm Quick Charge 1.0; support for the latest Android, Windows Phone and Firefox operating systems; RxD support; and a single, multimode modem enabling faster data rates, fewer dropped calls, and better connections.

    [Updated Feb 27, 2013] The ”Allwinner phenomenon” coming from nowhere in 2012 is threatening all established players in the SoC industry, even the industry’s undisputed leader Qualcomm. This was the reason why Qualcomm was forced to strengthen its Cortex based S4 Play class ahead of time already twice in the recent months, and came the time to announce its next-gen Krait microarchitectures with significantly enhanced GPU and video processing unit capabilities.

    In fact it was necessary to introduce two microarchitecture steps at once: Krait 300 and Krait 400. Even the SoC classification was further changed with the corresponding S600 (for mid-high tier smartphones and tablets) and S800 (for premium smartphones, Smart TVs, digital media adapters and tablets) “processor brand tiers” while the company was yet unable to decide how the existing S4 Play, S4 Plus and S4 Pro classes, introduced just in August 2011, should be transformed into the new S200 (for entry level smartphones) and S400 (for high volume smartphones and tablets) “processor brand tiers” in order to remain competitive. While Qualcomm will undoubtebly be able to defend its SoC leadership position with the announcements already made there will be even bigger trouble for the already ailing giant with Intel’s biggest flop: at least 3-month delay in delivering the power management solution for its first tablet SoC [this same ‘Experiencing the Cloud’ blog, Dec 20, 2012].

    Update: Qualcomm Snapdragon 200, 400, 600 and 800 at Mobile World Congress 2013 [Charbax YouTube channel, Feb 27, 2013]

    Update: Qualcomm Reveals the Snapdragon™ 400 and 200 Processors [OnQ Blog by Qualcomm, Feb 20, 2013] the essence of which I will include into the updated table below in order to make it easy to compare with everything introduced earlier by Qualcomm in the new “Krait era” of Snapdragon SoCs:image

    Update: LG Optimus G Pro, 5.5″ 1080p IPS display, 1.7Ghz Qualcomm S600
    [Charbax YouTube channel, Feb 26, 2013] a full HD (1080p) LTE device said to be “available in Q1 in globally selected markets” [4:11-4:18]

    HTC One announced with UltraPixel camera, 4.7-inch 1080p display and Qualcomm Snapdragon 600 processor Byhttp://www.bgr.in The HTC One is finally official. Yes, all the leaks of the past few weeks were true and we are indeed looking at HTC’s first smartphone with an “ultrapixel” camera. It looks every bit like the leaked render and we are indeed talking about a 4.7-inch full HD 1080p display with a pixel density of 468PPI in a unibody machine chiselled chassis.

    More information: OPTIMUS G PRO, LG’S FIRST FULL HD SMARTPHONE, LAUNCHES THIS WEEK IN KOREA [LG Electronics press release Feb 18, 2013]

    Update: HTC One announced with UltraPixel camera, 4.7-inch display and Qualcomm Snapdragon 600 processor [BGRIndia YouTube channel, Feb20, 2013] to be available in March worldwide

    HTC One announced with UltraPixel camera, 4.7-inch 1080p display and Qualcomm Snapdragon 600 processor Byhttp://www.bgr.in The HTC One is finally official. Yes, all the leaks of the past few weeks were true and we are indeed looking at HTC’s first smartphone with an “ultrapixel” camera. It looks every bit like the leaked render and we are indeed talking about a 4.7-inch full HD 1080p display with a pixel density of 468PPI in a unibody machine chiselled chassis.

    More information: Ubuntu and HTC in lockstep [‘Experiencing the Cloud’ blog, Feb 19, 2013]

    Update: Snapdragon 400 as now defined by Qualcomm (see MSM 8230 under the S400 in the above table) came first to the market with the Huawei Ascend W1 introduced at CES 2013. See Huawei Device – The Stage is Yours with the Ascend W1 [HuaweiDeviceCo YouTube channel, Jan 8, 2013]

    This device is also The first Windows Phone 4Afrika from Huawei for $150 = Huawei Ascend W1 for $240 (in China) and more elsewhere [Feb 5, 2013], and as such it is part of the Microsoft’s 4Afrika Initiative [Videos4Afrika YouTube channel, Feb 5, 2013]

    Watch from [0:54] to [1:10] part of the video for Huawei 4Afrika device with MSM 8230 Snapdragon 400 inside. This is showing quite well that for this 3-year initiative by Microsoft this Snapdragon 400 SoC will satisfy the entry-level requirements too, and not only in the smartphone space but in the tablet space as well.

    Update: The All-New Snapdragon 800 Series [QUALCOMMVlog YouTube channel, Jan 24, 2013] for which devices were said to be available in the middle of 2013

    Snapdragon 800 processors bring the power of 4G LTE advanced, delivering download speeds up to 150 mbps. Now you can stream movies, surf the web, and do so much more, better and faster. The new Snapdragon 800 delivers incredible detail and graphics with its quad core CPU and Adreno 330 graphics processing unit. Add to that UltraHD or 4K with 7.1 surround sound for capturing, viewing or watching video and movies at the highest quality possible.

    End of updates

    Here is the January 2013 SoC lineup for Qualcomm as per the new announcements at CES 2013:

    image
    Compiled from previous and current (see below) Snapdragon announcements from Qualcomm. The previous announcements were described in the following posts on this blog:
    Qualcomm quad-core Cortex-A7 SoCs with Adreno 305 and 1080p coming for the high-volume global market and China [Dec 9, 2012]
    Qualcomm decided to compete with the existing Cortex-A5/Krait-based offerings till the end of 2012 [Sept 30 – Dec 7, 2012]
    Next-gen Snapdragon S4 class SoCs — exploiting TSMC’s 28nm process first — coming in December [Aug 9 – Nov 25, 2011]
    Qualcomm Snapdragon SoCs with a new way of easy identification [Aug 4 – Nov 16, 2011]
    See also the post which described the availability problem of the company in 2012:
    Qualcomm’s critical reliance on supply constrained 28nm foundry capacity [July 27 – Nov 13, 2012]

    Paul Jacobs Demos the new 800 Series Snapdragon Processors [QUALCOMMVlog YouTube channel, Jan 9, 2013]

    During the Qualcomm CES 2013 Keynote, Qualcomm CEO Paul Jacobs shows off the incredible power of the new 800 Series Snapdragon processors. The new processor renders videos and games in stunning speed. Using the Fortress Fire app, Jacobs showed how the 800 series processor takes it to the next level.

    Which you should put into an overall context of new opportunities as it is presented in:
    Highlights from the 2013 Qualcomm CES Born Mobile Keynote [QUALCOMMVlog YouTube channel, Jan 10, 2013]

    Highlights from Paul Jacobs’ 2013 Qualcomm CES keynote. Featuring appearances from Microsoft CEO Steve Ballmer, director Guillermo del Toro, Sesame Street’s Big Bird, and many more. Visit the Qualcomm CES Facebook tab: http://on.fb.me/ZUsLky For more info visit: http://www.qualcomm.com/CES

    New Qualcomm Snapdragon Processor Brand Tiers Announced [OnQ Blog, Jan 7, 2013]

    Today Qualcomm Technologies is introducing new names and tiers for the upcoming 2013 line of Snapdragon(TM) processors. You probably became acquainted with the Snapdragon processor through smartphones and tablets, though the new line will expand into other consumer electronics.

    The current Snapdragon processors are labeled S1, S2, S3 and S4 to reflect the processor generation.  But as the processor roadmap has expanded to address additional segments of smartphones, tablets, compute devices and consumer electronics, so we are taking this opportunity to introduce a new tiered structure to the Qualcomm Snapdragon processor brand. There will be 4 tiers – Snapdragon 800, 600, 400 and 200 – to make it easy to distinguish the processor segmentation and to communicate the depth of Qualcomm Technologies’ processor portfolio.

    Starting in 2013 and moving forward, processors will be categorized in the following tiers:

    Snapdragon 800 Processors

    Snapdragon 800 Processors are designed to deliver blazing fast apps and web browsing, visually stunning graphics, breakthrough multimedia capabilities, seamless communications virtually anytime, anywhere, and outstanding battery life for premium smartphones, Smart TVs, digital media adapters and tablets.

    Snapdragon 600 Processors

    Snapdragon 600 Processors are designed to deliver outstanding performance for today’s coolest apps, fast web browsing, seamless connectivity and great battery life for mid-high tier smartphones and tablets.

    Snapdragon 400 Processors

    Snapdragon 400 Processors are designed to deliver the performance, features, connectivity and battery life that consumers expect in high volume smartphones and tablets.

    Snapdragon 200 Processors

    Snapdragon 200 Processors are designed to deliver a valued balance of performance, robust connectivity and better battery life for entry level smartphones.

    It’s important to state that the Qualcomm Snapdragon processor brand continues to stand for the same thing – mobility without compromise.  Now new tiered brand structure makes it easy for customers and consumers to see that no matter what your style, device preference or budget, there’s a Snapdragon processor for you.  And when a Snapdragon processor is at the heart of your device, you can do more and recharge less.

    Click here for a deeper dive into the features and specifications of the new Snapdragon 800 and 600 Series.

    Qualcomm Announces Next Generation Snapdragon Premium Mobile Processors [Qualcomm press release, Jan 7, 2013]

    New Snapdragon 800 and 600 Processors Represent a Significant Performance Leap For High-End Mobile Computing Devices

    LAS VEGAS – January 07, 2013 – Qualcomm Incorporated (NASDAQ: QCOM) today announced that its wholly owned subsidiary, Qualcomm Technologies, Inc., is sampling the first products in its latest generation of processors. With the introduction of its newest Qualcomm Snapdragon 800 and 600 processors, Qualcomm continues to lead the industry by once again raising the bar on performance per watt and delivering unparalleled user experiences.

    The new Qualcomm Snapdragon 800 processors target premium mobile and computing devices. They are designed to deliver outstanding overall user experience, expand the possibilities of seamless connected computing and enable brand new mobile experiences while maintaining industry-leading battery performance:

    • The Qualcomm Snapdragon 800 processors will deliver up to 75 percent better performance than the Qualcomm Snapdragon S4 Pro processor and the move to 28nm High Performance for mobile (HPm) technology node ensures exceptionally low power
    • New Krait 400 CPU in quad configuration, with speeds of up to 2.3 GHz per core offers best-in-class performance per watt, so processor performance can hold up to the more demanding processing and communication requirements of premium mobile devices
    • Additionally, asynchronous SMP architecture provides dynamic power sensing and control for peak performance per core, while extending battery life without the use of specialized cores
    • New Adreno 330 GPU delivers more than 2x performance for compute applications over the current Adreno 320 GPU
    • 2x32bit LP-DDR3 at 800MHz with industry-leading memory bandwidth of 12.8GBps
    • New Hexagon DSP V5 delivers floating point support, dynamic multithreading and expanded multimedia instructions for enhanced low power performance
    • New IZat™ location technology combines multiple tracking systems into a single high performance, highly accurate navigation platform for auto and pedestrian applications
    • Seamless communications anytime, anywhere: Qualcomm Snapdragon 800 processors offer fully integrated connectivity and a wide variety of communication options.
    • Third generation 4G LTE modem with data rates up to 150 Mbps (Category 4), fully integrated in the new Qualcomm Snapdragon 800 processors
    • 4G LTE Advanced Carrier Aggregation feature to maximize radio frequency bandwidth
    • World multimode and multi-band support using wafer level package (WTR1605)
    • Integrated newest generation mobile Wi-Fi connectivity, 802.11ac
    • Broad connectivity support with integrated USB 3.0, Bluetooth and FM

    INSERT: Director Guillermo del Toro and Paul Jacobs Showcase Ultra HD [QUALCOMMVlog YouTube channel, Jan 10, 2013]

    Director Guillermo del Toro visits Paul Jacobs at the Qualcomm 2013 CES keynote to discuss Ultra HD and show the Qualcomm Pacific Rim trailer for his new film, Pacific Rim. Visit the Qualcomm CES Facebook tab: http://on.fb.me/ZUsLky For more info visit: http://www.qualcomm.com/CES

    Breakthrough multimedia experiences: The Qualcomm Snapdragon 800 processors also introduce the very latest mobile experiences.

    • Capture, playback and display in UltraHD video (with four times 1080p pixel density)
    • Dual Image Signal Processors (ISP) for Qualcomm Snapdragon Camera with support for computational camera
    • HD multichannel audio with DTS-HD and Dolby Digital Plus for enhanced audio
    • Higher display resolutions (up to 2560×2048) and Miracast 1080p HD support

    The Qualcomm Snapdragon 800 processors are currently sampling and expected to be available in commercial devices by mid-year 2013.

    The Qualcomm Snapdragon 600 processor targets high-end mobile devices. The Qualcomm Snapdragon 600 processor is designed to deliver great performance, rich graphics and enhanced user experience and will deliver up to 40 percent better performance than the Qualcomm Snapdragon S4 Pro processor at lower power. The new processor offers system-wide architectural improvements, key component upgrades and expanded connectivity options. The Qualcomm Snapdragon 600 processor features a new Krait 300 quad-core CPU with speeds up to 1.9GHz, a new speed enhanced Adreno 320 GPU and support for LPDDR3 memory. The Qualcomm Snapdragon 600 processor is sampling now and is expected to be available in commercial devices by second quarter 2013.

    “With the overwhelming success of our previous Qualcomm Snapdragon platforms, our mobile processors have emerged as the platform of choice for high-end mobile devices,” said Steve Mollenkopf, president and chief operating officer of Qualcomm. “With more than 50 design wins already secured with the first products of the Qualcomm Snapdragon 600 and 800 processors, we are advancing our vision and setting the standard for excellence in mobile computing.”

    For more information and to see a demonstration of the Qualcomm Snapdragon 800 processors, as well as the newest devices powered by Qualcomm Snapdragon processors, please visit Qualcomm during CES 2013 South Hall 3, Upper Level, Booth #30313), Jan. 8-11 in Las Vegas or visit www.qualcomm.com/snapdragon.

    Snapdragon 800 Series and 600 Processors Unveiled [OnQ Blog, Jan 7, 2013]

    Earlier today we announced several new Snapdragon processors in our new Snapdragon 800 and 600 processors (you can read more about our new brand tiers here).  Smartphones, tablets or any devices loaded with the latest Snapdragon processor will feel really fast and offer long battery and I’d like to take the opportunity to tell you more about our newest flagship processors.

    The Snapdragon 600 Processors

    Building on the momentum of our highly successful Snapdragon S4 Pro processor featured in such flagship devices like the Google Nexus 4 and the HTC Droid DNA, we have introduced the first Snapdragon 600 processor which will once again lead the industry in both performance and power efficiency.  Inside of the Snapdragon 600 processor is an integrated system featuring our custom built CPU, GPU, and much more so you’ll our feel the Snapdragon experience—fast performance and great battery life. The new Snapdragon 600 processor includes the following features:

    • Quad Core Krait 300 CPU—running at up to 1.9 GHz
    • Adreno 320 GPU –offering over 3x the performance of A225 &, as the first GPU in the Adreno 300 series and introduces support for new mobile and GPGPU compute APIs       such as OpenGL ES 3.0 , OpenCL and Renderscript Compute
    • LPDDR3 RAM— (Low Power Double Data Rate 3) this faster RAM gives a speed boost to the channels which data flows.  By increasing the speed at which the data flows to each component, performance is boosted throughout the entire processor.
    • Overall Performance Boost—we expect the Snapdragon 600 processor to deliver up to 40% better performance than the Snapdragon S4 Pro processor.

    Our first Snapdragon 600 processor is sampling now and expected to be available in commercial devices by second quarter 2013.

    The Snapdragon 800 Processors

    Fast on the heels of our first Snapdrgon 600 processor, we will once again reset the performance and power efficiency bar with the introduction of our flagship Snapdragon 800 processors.   Inside these tiny processors are all of the leading technologies that you have come to expect from Qualcomm.  And we continue to custom build these technologies in-house so they can be fully tailored and tightly integrated with the entire system.  This level of customization enables the Snapdragon experience—stunning performance and extreme battery life.  The Snapdragon 800 processors will enable the newest mobile experience with a cutting edge feature set that includes:

    • Quad Core Krait 400 CPU—speeds up to 2.3 GHz, per core
    • Adreno 330 GPU—featuring patented Flex Render Technology and leading edge API’s that are designed to expand the use of GPU processing for general computing and other SoC tasks, the Adreno 330 GPU offers a 2 times better compute performance than Adreno 320
    • 2x32bit LPDDR3 RAM at 800MHz – with industry-leading memory bandwidth of 12.8GBps.
    • 4G LTE Cat 4 and 802.11ac—these connectivity options offer blazing fast, seamless connectivity with cellular modem boasting data rates up to 150 Mbps and 802.11ac at speeds up to 1 Gbps.
    • UltraHD—video can be captured, played back and displayed in UltraHD (previously called “4K.”)  The resolution has four times as many pixels as 1080p. (1920x 1080 versus  4096 × 2304)
    • HD Audio—support for DTS-HD, Dolby Digital Plus and 7.1 surround sound.
    • Dual Image Signal Processors (ISPs) up to 55MP – with support for up to four cameras and allows for 3D captures, photo merging into a master 55MPixel image, separate autofocus and captures, 1080p30 video captures.
    • Overall Performance Boost—the Snapdragon 800 processor is expected to deliver up to 75% better performance than the Snapdragon S4 Pro.

    Not only will you see this Snapdragon 800 processor in mobile devices like smartphones and tablets, but it will be featured in computing and consumer electronic devices such as Smart TVs and digital media adapters.  Snapdragon 800 processors are sampling now and expected to be available in commercial devices by mid-2013.

    Raj Talluri Senior Vice President of Product Management, Qualcomm CDMA Technologies

    Future selling at CES 2013: 3D without glasses, Ultra HD (4K) TV, transparent display, multiscreen convergence, and upgradable smart TV – only Google TV and Gorilla Glass 3 are not

    This year CES is more about future selling than any time before. Only Google TV does look like as coming into the regular TV products as a vendor independent smart TV solution:

    LG Google TV [minipcpro YouTube channel, Jan 9, 2013]

    LG Google TV : http://mobilegeeks.com LG’s Google Smart TV (with remote) allows you to control your TV using voice command and easily search local content, movies or youtube videos.

    Marvell Google TV solution used by HiSense, TCL, Asus, Netgear launched at CES 2013 [Charbax YouTube channel, Jan 8, 2012]

    Marvell’s ARM Powered Google TV solution is ramping up usage among set-top-box and HDTV makers.

    Presentation of the Google TV from TCL (Alcatel) [FrAndroidTube YouTube channel, Jan 9, 2013]

    TCL Booth Overview – CES 2013 [HDTVNewsCom YouTube channel, Jan 10, 2013]

    [CES 2013] TCL’s chairman and Marvell’s Vice President founders’ speech [avingusa YouTube channel, Jan 9, 2013]

    Las Vegas, USA —- TCL had a small press conference within the booth to announce their press release, TCL’s partnership with Marvel, and Google Inc. Li Dong Sheng, chairman of TCL and Sehat Sutardja and Weili Dai founders of Marvell had shared their impression throughout the short speech.

    CES 2013 Google TV on HiSense.MOV [Robert McMillen YouTube channel, Jan 9, 2013]

    CES 2013 watch Google TV being tested on HiSense TV

    Other things in the very much hyped ‘3D without glasses’, ‘Ultra HD (4K) TV’, ‘transparent display’, ‘multiscreen convergence’, and ‘upgradable smart TV’ spaces are rather future selling than actual offerings from the industry this year. Below you can judge it for yourself:


    1./A Dolby: No Glasses 3D First Look – CES 2013 [jon4lakers YouTube channel, Jan 8, 2013]

    3D televisions have been around for a while now, but both passive and active glasses are a pain to deal with. A couple of companies have tried to work on glasses free solutions, but Dolby may have hit on the true winning combination with its new entry in the market. Not yet commercially released, Dolby’s new glasses free solution works somewhat like lenticular baseball cards, and it will allow people in the room to view the 3D effect from any angle. No release date has been announced yet for these televisions to hit the market, but Dolby is in active discussions with television manufacturers and content providers to integrate the technology.

    1./B Vizio: glasses-free 3D TV @ CES 2013 [CNETTV YouTube channel, Jan 7, 2013]

    Donald Bell intoduces us to Vizios proof of concept 55 inch glasses-free 3D TV

    1./C Stream TV: Ultra-D 2160 4K Glasses Free 3D [John Sciacca YouTube channel, Jan 7, 2013]

    Stream TV [Networks] Ultra-D 4K resolution glasses free 3-D TV demonstrated at CES 2013

    1./D The Trigger: Stream TV [IPGMediaLabNY YouTube channel, Jan 8, 2013]


    2./A CES 2013: Sony 4K [UHD] OLED TVs [getconnectedtvshow, Jan 8, 2013]

    Andy Baryer chats with Sony’s Brent de Waal about Sony’s 4K OLED tech and the eye-popping experience it provides.

    2./B Sony 4K [UHD] vs 1080p Resolution Demo with 86″ TVs [LinusTechTips YouTube channel, Jan 9, 2013]

    Sony put up a picture of newsprint side-by-side on their 4K and 1080p models of TVs to demonstrate the improved clarity that can be achieveed with 4K.

    2./C HiSense $2000 50″ 4K TV, up to 110″ 4K on display at CES 2013 [Charbax YouTube channel, Jan 10, 2012]

    HiSense is demonstrating that a $2000 4K HDTV is perfectly possible, it’s in fact available now at that price in China. HiSense is China’s number 1 HDTV brand, in front of TCL and Skyworth. They also show more and more affordable 58″ 4K and above, up to 110″ 4K, the worlds largest 4K LED TV.

    2./D Samsung: 85″ 4K [UHD] TV (to be released in Spring) and 110″ 4K [UHD] prototype [Charbax YouTube channel, Jan 11, 2013]

    Samsung is releasing their first 4K TVs, 4K is going to be a big push for Samsung in 2013, starting with the 85″ 4K TV to be released in Spring. No price announced yet. This video was filmed at CES 2013 with the Panasonic GH3 (12-35mm lens): http://www.youtube.com/watch?v=9euooiOTwXA on a Steadicam Merlin 2 with vest: http://www.youtube.com/watch?v=K6rO_hBC7RA

    2./E CES 2013: SHARP ICC Purios UHD 4K TV [getconnectedtvshow, Jan 9, 2013]

    GetConnected are at CES 2013, and our own Andy Baryer chats to Sharp Canada’s Chris Matto about the upcoming new 4k Sharp TV sets coming out and their innovative ICC Purios Ultra High Definition

    2./F Toshiba disappoints with little to show us aside from its Ultra HDTV [DigitalTrends YouTube channel, Jan 10, 2013]

    Toshiba’s CES 2013 booth lack both the pageantry and products we’ve come to expect at the largest electronics show in the United States.

    3./A Hisense: Amazing See-Through LED Display for Transparent 3D (CES 2013) [unboxtherapy YouTube channel, Jan 9, 2013]

    Check out this amazing, transparent, 3D LED display. Similar to last year’s transparent display from Samsung, this model from Hisense adds 3D functionality. Hisense also showed off two new UHD displays featuring 4K resolution. Stay tuned for full coverage from CES 2013.

    3./B Samsung: Transparent Display Case at CES 2013 [SlashGear YouTube channel, Jan 8, 2013]

    Samsung’s see-through displays

    4. Samsung: 2012 Smart Evolution Kit 2013 Smart TV, 2013 CES [theFTtechnology YouTube channel, Jan 10, 2013]


    5. Samsung: Multiscreen Convergence 2013 Smart TV, 2013 CES [theFTtechnology YouTube channel, Jan 90, 2013]


    Finally another real thing coming widely to the market this year: Gorilla Glass 3

    Gorilla Glass 3 Demo – CES 2013 [jon4lakers YouTube channel, Jan 8, 2013]

    Gorilla Glass 3 Demo – How Strong is it Really? Gorilla Glass is pretty much an industry standard for mobile devices, and while the previous generations have been great, but Gorilla Glass 3 promises to be three times more scratch-resistant than its predecessor. http://tchno.be/VJ9gXO

    Nokia: end of the decline?

    image

    Nokia exceeds previous Q4 2012 outlook for Devices & Services and Nokia Siemens Networks [Nokia press release, Jan 10, 2012]

    Nokia provides preliminary financial information for Q4 2012 and preliminary outlook for Q1 2013

    Nokia Corporation
    Stock exchange release
    January 10, 2013 at 15:00 (CET+1)

    Espoo, Finland – Nokia today provided preliminary information on certain aspects of its fourth quarter 2012 financial performance and also provided preliminary information on its outlook for the first quarter 2013.

    Nokia now estimates that Devices & Services has exceeded expectations and achieved underlying profitability in the fourth quarter 2012.
    Mobile Phones business unit and Lumia portfolio delivered better than expected results; and
    – Operating expenses were lower than expected.
    – Devices & Services non-IFRS operating margin for the fourth quarter 2012 now expected to be between break even and positive 2 percent.

    Seasonality and competitive environment are expected to have a negative impact on the first quarter 2013 underlying profitability for Devices & Services, compared to the fourth quarter 2012.

    Nokia also estimates that Nokia Siemens Networks has exceeded expectations for the fourth quarter 2012, delivering record underlying profits and a third consecutive quarter of underlying profitability.
    – Strong performance in higher margin product categories and geographic regions; and
    – Better than expected cost management.
    Nokia Siemens Networks non-IFRS operating margin for the fourth quarter 2012 now expected to be between 13 and 15 percent.

    Seasonality is expected to have a negative impact on the first quarter 2013 underlying profitability for Nokia Siemens Networks, compared to the fourth quarter 2012.

    Commenting on the preliminary Q4 financial information, Stephen Elop, Nokia CEO, said:
    “We are pleased that Q4 2012 was a solid quarter where we exceeded expectations and delivered underlying profitability in Devices & Services and record underlying profitability in Nokia Siemens Networks. We focused on our priorities and as a result we sold a total of 14 million Asha smartphones and Lumia smartphones while managing our costs efficiently, and Nokia Siemens Networks delivered yet another very good quarter.”

    Preliminary financial information for the fourth quarter 2012:

    Nokia currently estimates that Devices & Services net sales in the fourth quarter 2012 were approximately EUR 3.9 billion, with total device volumes of 86.3 million units.
    Mobile Phones net sales of approximately EUR 2.5 billion, with total volumes of 79.6 million units of which 9.3 million units were Asha full touch smartphones.
    Smart Devices net sales of approximately EUR 1.2 billion, with total volumes of 6.6 million units of which 4.4 million units were Nokia Lumia smartphones.
    Total smartphone volumes of 15.9 million units composed of 9.3 million Asha full touch smartphones, 4.4 million Lumia smartphones and 2.2 million Symbian smartphones.
    – Devices & Services Other net sales of approximately EUR 0.2 billion, including a positive impact from non-recurring IPR income of approximately EUR 50 million.

    Nokia currently estimates that Devices & Services non-IFRS operating margin for the fourth quarter 2012 was between break even and positive 2 percent, which compares to the previous outlook of approximately negative 6 percent, plus or minus four percentage points. Devices & Services non-IFRS operating margin includes a positive impact from non-recurring IPR income of approximately EUR 50 million.

    During the fourth quarter 2012, multiple factors positively affected Nokia’s Devices & Services businesses to a greater extent than previously expected. Preliminary information indicates that the main factors include:
    – Within the Devices & Services business, better than expected financial performance in the Mobile Phones business unit and Lumia smartphones. In addition, Devices & Services recognized non-recurring IPR income of approximately EUR 50 million; and
    Lower than expected Devices & Services’ operating expenses, partially due to greater than expected cost reductions under the restructuring program.

    Nokia currently estimates that Location & Commerce net sales in the fourth quarter 2012 were approximately EUR 0.3 billion and the non-IFRS operating margin was between 13 and 15 percent.

    Nokia and Nokia Siemens Networks currently estimates that Nokia Siemens Networks net sales in the fourth quarter 2012 were approximately EUR 4.0 billion and the non-IFRS operating margin was between 13 and 15 percent, which compares to the previous outlook of approximately positive 8 percent, plus or minus four percentage points. Nokia Siemens Networks non-IFRS operating margin includes a positive impact from non-recurring IPR income of approximately EUR 30 million.

    During the fourth quarter 2012, multiple factors positively affected Nokia Siemens Networks’ businesses to a greater extent than previously expected. Preliminary information indicates that the main factors include:
    More favorable product and regional mix in Nokia Siemens Networks. In addition, Nokia Siemens Networks recognized non-recurring IPR income of approximately EUR 30 million; and
    – Better than expected improvement under Nokia Siemens Networks’ restructuring program to reduce operating expenses and production overheads. 

    Preliminary outlook for the first quarter 2013:

    Nokia expects its non-IFRS Devices & Services operating margin in the first quarter 2013 to be approximately negative 2 percent, plus or minus four percentage points. This outlook is based on Nokia’s expectations regarding a number of factors, including:
    – competitive industry dynamics continuing to negatively affect the Smart Devices and Mobile Phones business units;
    – the first quarter being a seasonally weak quarter;
    – consumer demand, particularly for our Lumia and Asha smartphones;
    – continued ramp up for our new Lumia smartphones;
    – expected cost reductions under Devices & Services’ restructuring program; and
    – the macroeconomic environment.

    Nokia expects Location & Commerce non-IFRS operating margin in the first quarter 2013 to be negative due to lower recognized revenue from internal sales, which carry higher gross margin, and to a lesser extent by a negative mix shift within external sales.

    Nokia and Nokia Siemens Networks expect Nokia Siemens Networks non-IFRS operating margin in the first quarter 2013 to be approximately positive 3 percent, plus or minus four percentage points.  This outlook is based on Nokia Siemens Networks’ expectations regarding a number of factors, including:
    – competitive industry dynamics;
    – the first quarter being a seasonally weak quarter;
    – product and regional mix;
    – expected continued improvement under Nokia Siemens Networks’ restructuring program; and
    – the macroeconomic environment.

    Nokia will provide more details when it reports fourth quarter and full year 2012 results on January 24, 2013.

    Nokia will be hosting a conference call today at 13:30 UK time (8:30 EST).

    Exynos 5 Octa, flexible display enhanced with Microsoft vision et al. from Samsung Components: the only valid future selling at CES 2013

    [5:30 – 5:39] of the video embedded in ‘Details’ section below:
    Samsung Components [the proper name is Device Solutions Division, Samsung Electronics]: a $16B operation just for Q3 2012 alone.

    WTF are 8 cores for? How the mobile battery will cope with that? And the fundamental (technical only) answers to both questions (objections) are:
    [24:00 – 24:50] of the video embedded in ‘Details’ section below:
    demo and illustration of the big.LITTLE
    Warren East, CEO, ARM:

    [24:57] It is providing roughly twice the performance of today’s leading edge smartphones at half the power consumption when running common workloads [25:07]

    Add here just the following illustration in order to avoid the (unfortunately) quite typical misunderstanding of having 8 core in Exynos 5 Octa, when in fact there are 4 cores used for different workloads:

    WTF is a flexible display for?
    [48:53 – 54:00] of the video embedded in ‘Details’ section below:
    How Microsoft is using Samsung components to enhance their solutions, Eric Rudder, chief technical strategy officer, Microsoft:

    image
    [51:37] We actually have a prototype of Windows Phone and how would look on one of those screens [51:41]
    image

    [51:41] And Microsoft’s vision is that sensors like Kinect combined with flexible, transparent and projected displays will bring us to a point when any object can be a Surface and can be a computer. I’d like to close with a short video from Microsoft Research which extends interactivity to every surface in your living room. Last year you’ve may seen some videos with precomputed projections. What we’re demoing today is both real-time and fully interactive. And while you may find it hard to believe the footage shown here is exactly what’ve appeared in the lab without any special effects being added. Some companies talk about reality distortion field we’ve actually built one. [52:32]

    [52:35 – 53:20] IllumiRoom Projects Images Beyond Your TV for an Immersive Gaming Experience [MicrosoftResearch YouTube channel, Jan 8, 2013]

    IllumiRoom is a proof-of-concept Microsoft Research project designed to push the boundary of living room immersive entertainment by blending our virtual and physical worlds with projected visualizations. The effects in the video are rendered in real time and are captured live — not special effects added in post processing. IllumiRoom project was designed by: Brett Jones, Hrvoje Benko, Eyal Ofek and Andy Wilson

    [53:24] This is just a glimpse of what our future may hold in store for us. We’re excited that this technology can be used in many different ways: to enhance a TV or movie experience, or increase the reality of a flight simulator, or make educational scenarios more exciting. We look forward to our continued partnership with Samsung to deliver the next generation of devices and services. [53:49]


    Details

    <CES 2013 “warm-up” clips, worth to skip> [3:10]
    <Gary Shapiro intro, might be skipped> [6:00]

    Samsung Exynos 5 Octa & Flexible Display at CES 2013 Keynote [SamsungTomorrow YouTube channel, Jan 9, 2012]

    Samsung introduced its Exynos 5 Octa, Green Memory Solution, Flexible OLED and Green LCD at CES 2013. This is the keynote speech of CES 2013 with the theme of ‘Mobilizing Possibility’ presented by Dr Stephen Woo, President of Device Solutions Business for Samsung Electronics. He talks on how Samsung’s innovative components technology has been bringing future into present at CES 2013.

    Samsung Highlights Innovations in Mobile Experiences Driven by Components, in CES Keynote [Samsung press release, January 9, 2013]

    Samsung’s President Introduces Broader Partnerships, New Products and the Possibilities They Enable

    LAS VEGAS–(BUSINESS WIRE)–Samsung Electronics Co., Ltd., a world leader in advanced semiconductor solutions, today redefined the story of consumer electronics from its perspective beneath the surface of mobile devices at the 2013 International CES keynote address.

    “When you want multiple applications to perform at their best, you want the best application processor currently available—the Exynos 5 Octa.”

    Dr. Stephen Woo, president of System LSI Business, Device Solutions Division, Samsung Electronics, shared the company’s vision of “Mobilizing Possibility,” highlighting the role of components as the engine behind innovation across the mobile landscape. The keynote event illustrated possibilities that Samsung envisions offering through its component solutions, and introduced new products that will herald such expectations.

    “We believe the right component DNA drives the discovery of what’s possible,” said Woo. “Components are building blocks—the foundations on which devices are built. We at Samsung’s component solutions are creating new, game-changing components across all aspects of devices.”

    Guests from partnering companies, such as Warren East, chief executive officer, ARM; Eric Rudder, chief technical strategy officer, Microsoft; Trevor Schick, senior vice president, enterprise group supply chain procurement, HP; and Glenn Roland, vice president and head of new platforms and OEM, EA; also took part in the event, echoing Samsung’s mission to offer breakthrough products and create shared value (CSV) for both manufacturers and end-users.

    Woo opened by presenting Samsung’s goal for Mobilizing Possibility that takes big ideas off the drawing board and brings them to life for end-users, especially in the areas of processing performance, energy-efficient memory solutions and display technology. He emphasized that the limitless possibilities presented by consumer electronics will be based on component innovations by the company.

    Processing Power

    The first of Samsung’s new products announced at the keynote was the Exynos 5 Octa, the world’s first mobile application processor to implement the ARM® big.LITTLE™ processing technology based on the Cortex™-A15 CPU. Following the Exynos 5 Dual, which is already on board of market-leading products such as the Google Chromebook and Nexus 10, the successor is the newest addition to the Exynos family of application processors.

    “The new Exynos 5 Octa introduces a whole new concept in processing architecture…designed for high-end smartphones and tablets,” said Woo. “When you want multiple applications to perform at their best, you want the best application processor currently available—the Exynos 5 Octa.”

    To expand on the big.LITTLE concept, Warren East, chief executive officer, ARM, joined Woo on stage and introduced the new technology that has just become available in silicon through the Exynos 5 Octa. Housing a total of eight cores to draw from—four powerful Cortex-A15™ processors to handle processing-intense tasks along with four additional Cortex-A7™ cores for lighter workloads—the application processor offers maximum performance and up to 70 percent higher energy efficiency compared to the previous quad-core Exynos.

    Glenn Roland, vice president and head of new platforms and OEM, EA [Electronic Arts], helped Woo demonstrate the processing power of the Exynos 5 Octa by showing off one of EA’s latest 3D racing games, Need for Speed™ Most Wanted. Atop the reference device, the application processor delivered an elevated real-life gaming experience within the mobile platform, rendering stunning graphics performance and real-time response speed.

    Green Memory Capabilities

    As advanced processing power on mobile devices accelerates easier data creation by the masses, the mobile experience will increasingly become more dependent upon datacenters largely responsible for the proliferating data traffic. Growing in size and capacity, IT systems face challenges both in performance and power savings to secure sustainability moving forward. Memory devices, the main products for servers that make up these datacenters, can deliver substantial gains by adopting cutting-edge technology available from Samsung.

    Woo pointed out that managing the power consumption in these datacenters have become crucial and that Samsung’s green memory solutions with solid state drives (SSD) and advanced DRAM (dynamic random access memory) are addressing this key issue with their powerful, yet energy-efficient processing capabilities. Compared to traditional datacenters that incorporate hard disk drives (HDD), server and storage solutions equipped with green memory pull the data processing speeds up six-fold while operating with 26 percent less electricity.

    Display Technology

    As components on the surface that interact directly with users, display solutions bring the technology advancements to life and make them tangible through the device interface. Woo presented the future possibilities of Samsung’s displays along with Brian Berkeley, senior vice president of Samsung Display. While crystal-clear picture qualities become a reality, the two Samsung speakers were pleased to share that the innovations do not sacrifice energy efficiency.

    Woo and Berkeley described the 10.1-inch liquid crystal display (LCD) panel that is currently adopted by the Nexus 10. With a 2560×1600 resolution and 300 pixels per inch (ppi), the panel renders stunning picture qualities while consuming only 75 percent of the energy used in previous display solutions.

    Using Samsung’s energy-efficient green LCD technology, the company is currently developing a 10.1-inch model that would lower power consumption even further by 25 percent, while offering equal resolution qualities as its predecessor.

    Prototypes and real-life scenarios for Samsung’s line of flexible organic light emitting diode (OLED) displays were also showcased, promising various mobile application opportunities for consumer electronics manufacturers. Dubbed “YOUM,” the flexible display line-up uses extremely thin plastic instead of glass, making it bendable and virtually “unbreakable.” Berkeley featured a smartphone prototype equipped with a curved edge that showed contiguous content along the side of the device.

    “Our team was able to make a high-resolution display on extremely thin plastic instead of glass, so it won’t break even if it’s dropped,” said Berkeley. “This new form factor will really begin to change how people interact with their devices, opening up new lifestyle possibilities … [and] allow our partners to create a whole new ecosystem of devices.”

    One of Samsung’s partners that bring the company’s state-of-the-art components together is Microsoft, adding more layers of value to the final product with its software solutions, devices and services. Eric Rudder, chief technical strategy officer, Microsoft, took the complete ATIV family of devices as an example through which Samsung’s component solutions and Windows 8 together present new potential in user interfaces. Rudder reported that Microsoft Research has been continuing its work on next-generation display technologies, enabling new modes of human-computer interaction.

    Possibility for All

    Creating a better world with its resources is one of Samsung’s core values. Samsung’s flagship corporate social responsibility initiative, Samsung Hope for Children, was launched in this spirit, through which the company provides its products, expertise and financial support to tackle the needs of children around the world for education and healthcare. Woo emphasized that Samsung’s innovation in components share the same thread as a driver that truly mobilizes possibility without boundaries or barriers.

    “When [Samsung’s] technologies harmonize, amazing things happen. Advances in components are giving rise to a whole new era of possibility,” said Woo. “At Samsung, we are passionate about Mobilizing Possibility. Not just for the privileged few, but possibility for all.”

    For more information about Samsung’s 2013 International CES keynote, visit www.samsung.com/2013ceskeynote or www.samsungces.com.

    About Samsung Electronics Co., Ltd.

    Samsung Electronics Co., Ltd. is a global leader in consumer electronics and the core components that go into them. Through relentless innovation and discovery, we are transforming the worlds of televisions, smartphones, personal computers, printers, cameras, home appliances, medical devices, semiconductors and LED solutions. We employ 227,000 people across 75 countries with annual sales exceeding US$143 billion. Our goal is opening new possibilities for people everywhere. To discover more, please visit www.samsung.com.

    ARM TechCon 2012 – Warren East, CEO ARM Keynote [ARMflix, Nov 2, 2012]

    Warren East, CEO of ARM gives industry keynote at TechCon 2012 Presentation Title: Low-Power Leadership for a Smarter Future

    More essential details:
    Cortex-A7 OR Low-Power Leadership for A Smarter Future – The Legend of ARM Cortex-A7 [USD 99 Allwinner, Jan 7, 2013]
    Fast 3d party IP OR the external Intellectual Property which makes Allwinner’s unprecedented pace of further next-gen SoC introductions possible despite of the company size of only 500 employees [USD 99 Allwinner, Dec 28, 2012]
    Samsung Exynos 5250 [Dec 6, 2011]
    – for Samsung semiconductor foundry operation: see inside the Qualcomm’s critical reliance on supply constrained 28nm foundry capacity [this same ‘Experiencing the ‘Cloud’ blog, July 27 – Nov 13, 2012]
    Intel targeting ARM based microservers: the Calxeda case [this same ‘Experiencing the ‘Cloud’ blog, Dec 14, 2012]
    Intel’s biggest flop: at least 3-month delay in delivering the power management solution for its first tablet SoC [this same ‘Experiencing the ‘Cloud’ blog, Dec 20, 2012]

    Windows RT must work with more chips to take off, ARM CEO says [CNET, Jan 9, 2012]

    LAS VEGAS — Microsoft’s newest operating system that runs on cell phone chips is off to a slow start, but it’s only a matter of time before it gains more traction, the chief executive of chip technology designer ARM Holdings said.

    Warren East, speaking today in an interview with CNET at the Consumer Electronics Show in Las Vegas, said that for that to happen, Microsoft needs to make its software, dubbed Windows RT, work with more ARM-based processors. He said it eventually will do so, but it’s unclear when that will be.

    Currently, Windows RT runs only on Qualcomm and Nvidia chips (it also used to work with Texas Instruments’ processors, but that company decided to move away from providing chips for mobile devices). And only four PC makers ultimately built Windows RT products.

    “If Microsoft wants to benefit from the ARM business model and the ARM world, then they’ll have to support multiple players,” East said. “Otherwise, there’s no real advantage for them in working with ARM.”

    East today noted that when Microsoft first started talking with ARM about making a tablet/PC operating system that works with its processors, Microsoft wanted to work with only one ARM-based chip partner.

    “We said, ‘no, no, you need to work with a few, because we have found over the years it helps to work with a few, or otherwise you end up getting too channeled into the requirements of one customer,” he said.

    Microsoft Research at CES: IllumiRoom [Next at Microsoft blog, Jan 9, 2013]

    Earlier this morning at CES, Eric Rudder, Microsoft’s Chief Technology Strategy Officer, joined the Samsung keynote to share Microsoft’s vision for extending computing interactions to any surface in your home. This wasn’t a product launch but I’m excited by the potential shown in the research that we shared.

    Imagine a space like your kitchen or a classroom achieving that same level of interactivity as your phone – this will happen through a combination of embedded devices and sensors such as Kinect for Windows. Our research demo only covers educational and entertainment scenarios but the possibilities are endless.

    It’s rare for a company to pull back the curtain and share research in such raw form at the world’s largest technology tradeshow. However, we think it’s vitally important to get the next generation of students excited about Computer Science – and what better way than to show off research that makes gaming more fun! 

    While magicians never share their secrets, researchers have to publish, so, a bit of explanation about the demo is in order. You may have seen interesting 3D-mapped projections over the past few years – Microsoft partners like Nokia and Samsung have both used pre-rendered footage in recent marketing efforts. What’s new in this work is that our researchers used Kinect for Windows to map the room in real-time in order to make projected illusions fully interactive. Most importantly, the effects shown in the video were captured live as they appeared in the living room environment and are not the result of special effects added in post processing.

    For more on the science behind this demo, check out the MSR IllumiRoom project site from Hrvoje Benko, Andrew Wilson, Eyal Ofek, and Brett Jones – they’ll have more to come at CHI 2013 in April.

    IllumiRoom: Peripheral Projected Illusions for Interactive Experiences [Microsoft Research, Jan 9, 2013 ]

    image

    IllumiRoom is a proof-of-concept system from Microsoft Research. It augments the area surrounding a television screen with projected visualizations to enhance the traditional living room entertainment experience.

    IllumiRoom uses a Kinect for Windows camera and a projector to blur the lines between on-screen content and the environment we live in allowing us to combine our virtual and physical worlds. For example, our system can change the appearance of the room, induce apparent motion, extend the field of view, and enable entirely new game experiences.

    Our system uses the appearance and the geometry of the room (captured by Kinect) to adapt the projected visuals in real-time without any need to custom pre-process the graphics. What you see in the videos below has been captured live and is not the result of any special effects added in post production.

    Stay tuned for more information and a paper explaining all the details coming up at ACM CHI 2013.

    2012 in review

    The WordPress.com stats helper monkeys prepared a 2012 annual report for this blog.

    Here’s an excerpt:

    19,000 people fit into the new Barclays Center to see Jay-Z perform. This blog was viewed about 130,000 times in 2012. If it were a concert at the Barclays Center, it would take about 7 sold-out performances for that many people to see it.

    Click here to see the complete report.