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CES Mobile Wrap: DSP, GPU, CPU Redefined
1/13/2014

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Huawei unveiled Ascend Mate 2 4G at CES.
Huawei unveiled Ascend Mate 2 4G at CES.

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zewde yeraswork
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Mediatek
zewde yeraswork   1/13/2014 10:34:13 AM
More than any other company, Mediatek has really used CES 2014 to establish itself and its global ambitions. The company has clearly shown that there has been a paradigm shift in the way its Chinese OEM partners think and that, meanwhile, it is looking to attract business outside of the region and it's starting to do just that.

junko.yoshida
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Pendulum swings back to apps processors
junko.yoshida   1/14/2014 1:38:26 AM
Talking to several executives at CES, I realized that the pendulum is once again swinging back to apps processors in the mobile world.

In 2012 and 2013, it was all about who gets to roll out LTE modems quickly -- certified and approved by operators -- to catch with Qualcomm. But apparently, that's not enough to break into the mobile market now. Everyone appears scrambling to beef up their apps processors in order to meet with the growing feature sets of smartphones.

richardbroad23
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Re: Pendulum swings back to apps processors
richardbroad23   1/14/2014 6:45:08 AM
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Yes,The market of the apps processor are quite high in demand due to the growing demand of smartphone and the apps processor development companies are doing continue research for upgrading their processor value in market.

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maltanar
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Re: Pendulum swings back to apps processors
maltanar   1/19/2014 9:46:05 AM
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An exciting read. I can't help but think of Texas Instruments'  (discontinued) OMAP applications processors upon reading this. The latest OMAP4's, for instance, had an interesting mixture of processing elements on the SoC (2xCortex-A9, 2xCortex-M3, 1xC6x DSP, imaging/video accelerator hardware..) but making efficient use of all these (or just being able to program a relevant subset) was far from trivial. TI had efforts to improve programmability of these "exotic" cores, such as the C6EZRun which offered a remote procedure calls-like interface between the ARM core and the DSP.

The proliferation of exotic cores aside, I'm interested in seeing how much they end up getting utilized and what companies do to make development easier/more widespread.

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David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.