Friday, May 4, 2012
ITE 221 - Spring 2012 - Chapter 6
My Chapter 6 blog is related to the subject of multicore
processing. Published on PCWorld.com in December 2011, my article describes
trending more multicore processors in smartphones for 2012. While in 2011
"dual-core" processors became the "standard for high-and smartphones,
in 2012 it's all about quad-core. At the
time this article was published, there was only one actual quad-core product on
the market, Nvidia's Asus EEE Pad Transformer Prime TF201 tablet. This Nvidia tablet is the first device to hit
the market with Nvidia's 1.3 GHz Tegra 3 quad-core processor; the product was
praised for its "stunning graphics" and superfast processing speed. Nvidia
was tight lipped about when their quad core phones would be released, but noted
they were on track for Q1 2012. QUALCOMM
was also slated to release its quad core snapdragon chip, the APQ064 (part of
their S4 line), in 2012. The S4 chips
run specs indicate that they run at clock speeds between 1.5 GHz and 2.5 GHz. The article author questioned whether more
cores are indeed better. According to Nvidia, a quad-core processor will
"bring your phone level of performance comparable to that of desktop
computer." One argument against quad-core mobile devices is that not
enough content is optimized to fully take advantage of the CPUs power. When
looking for examples of applications that could fully take advantage of
quad-core processors, gaming is often a popular example. Quad-core processors are
able support apps that run multiple processes at once, allowing the user a more
fluid experience with more high-quality graphics. Another challenge is battery life. Processors
are evolving at an exponential rate and batteries are having difficulty keeping
up. Both Nvidia and QUALCOMM they that they are adapting their system cores to
handle different processes at different power levels (i.e. when you open an e-mail
versus accessing a flash-based website with video).
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