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dkp
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re: IHS: ARM ICs to be in 23% of laptops in 2015
dkp   7/19/2011 5:38:39 PM
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Never count Intel out but ARM keeps gaining momentum and Msoft support won't hurt.

goafrit
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re: IHS: ARM ICs to be in 23% of laptops in 2015
goafrit   7/19/2011 7:38:40 AM
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ARM is having a good time. The firing of the Intel VP is related to this.

goafrit
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re: IHS: ARM ICs to be in 23% of laptops in 2015
goafrit   7/19/2011 7:38:03 AM
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With Microsoft in the midst, it becomes lesser possible

resistion
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re: IHS: ARM ICs to be in 23% of laptops in 2015
resistion   7/19/2011 5:57:33 AM
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Intel forecasted end of the current mobile computing paradigm: http://www.physorg.com/news/2011-07-intel-death-mobile.html ARM should be well-suited for future generations of cloud-linked devices.

_hm
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re: IHS: ARM ICs to be in 23% of laptops in 2015
_hm   7/19/2011 5:36:27 AM
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Intel should not much worry about low end, low margin 25% of laptop market. Intel should look for high end, better margin mobile devices and tablet products.

GroovyGeek
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re: IHS: ARM ICs to be in 23% of laptops in 2015
GroovyGeek   7/19/2011 5:07:17 AM
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Almost forgot, Transmeta nearly put Intel on its deathbed too.

GroovyGeek
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re: IHS: ARM ICs to be in 23% of laptops in 2015
GroovyGeek   7/19/2011 5:06:30 AM
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Yeah, and Itanium was going to rule the world because Microsoft Windows Server ran on it.

eewiz
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re: IHS: ARM ICs to be in 23% of laptops in 2015
eewiz   7/19/2011 5:05:26 AM
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IMO the competitive advantage of Intel in process,with 3D transistors, will be soon matched by TSMC or IBM fab club. So the competition will essentially boil down to power consumption/performance/price. In price Intel can noway match ARM, without seriously hurting their current margins. A mid end notebook cpu from Intel sells for 100-200 $ while a topend ARM CPU from nVidia/Qualcomm sells for like 30 $. Performance of ARM will gradually increase enough to be able to execute most computing tasks and people will have less reasons to pay for an Intel CPU.



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As data rates begin to move beyond 25 Gbps channels, new problems arise. Getting to 50 Gbps channels might not be possible with the traditional NRZ (2-level) signaling. PAM4 lets data rates double with only a small increase in channel bandwidth by sending two bits per symbol. But, it brings new measurement and analysis problems. Signal integrity sage Ransom Stephens will explain how PAM4 differs from NRZ and what to expect in design, measurement, and signal analysis.

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