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Domain: chipworks.com
Stories and comments across the archive that link to chipworks.com.
Stories · 5
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Not All iPhone 6s Processors Are Created Equal (itworld.com)
itwbennett writes: Apple is splitting the manufacture of the A9 processor for its iPhone 6s between TSMC (~60%) and rival Samsung (~40%) — "and they are not created equal," writes Andy Patrizio. For starters, Chipworks noted that Samsung uses 14nm while TSMC uses 16nm. A Reddit user posted tests of a pair of 6s Plus phones and found the TSMC chip had eight hours of battery life vs. six hours for the Samsung. Meanwhile, benchmark tests from the folks at MyDriver (if Mr. Patrizio's efforts with Google Translate got it right) also found that the Samsung chip is a bigger drain on the phone's battery, while the TSMC chip is slightly faster and runs a bit cooler. So how do you know which chip you got? There's an app for that. -
iPhone 5 A6 SoC Teardown: ARM Cores Appear To Be Laid Out By Hand
MrSeb writes "Reverse engineering company Chipworks has completed its initial microscopic analysis of Apple's new A6 SoC (found in the iPhone 5), and there are some rather interesting findings. First, there's a tri-core GPU — and then there's a custom, hand-made dual-core ARM CPU. Hand-made chips are very rare nowadays, with Chipworks reporting that it hasn't seen a non-Intel hand-made chip for 'years.' The advantage of hand-drawn chips is that they can be more efficient and capable of higher clock speeds — but they take a lot longer (and cost a lot more) to design. Perhaps this is finally the answer to what PA Semi's engineers have been doing at Apple since the company was acquired back in 2008..." Pretty picture of the chip after using an Ion Beam to remove the casing. The question I have is how it's less expensive (in the long run) to lay a chip out by hand once instead of improving your VLSI layout software forever. NP classification notwithstanding. -
iPhone 5 A6 SoC Teardown: ARM Cores Appear To Be Laid Out By Hand
MrSeb writes "Reverse engineering company Chipworks has completed its initial microscopic analysis of Apple's new A6 SoC (found in the iPhone 5), and there are some rather interesting findings. First, there's a tri-core GPU — and then there's a custom, hand-made dual-core ARM CPU. Hand-made chips are very rare nowadays, with Chipworks reporting that it hasn't seen a non-Intel hand-made chip for 'years.' The advantage of hand-drawn chips is that they can be more efficient and capable of higher clock speeds — but they take a lot longer (and cost a lot more) to design. Perhaps this is finally the answer to what PA Semi's engineers have been doing at Apple since the company was acquired back in 2008..." Pretty picture of the chip after using an Ion Beam to remove the casing. The question I have is how it's less expensive (in the long run) to lay a chip out by hand once instead of improving your VLSI layout software forever. NP classification notwithstanding. -
Real Silicon Artwork
andreas writes "A while ago, there was a story on /. on alleged Bill-defamating grafitti on an Intel chip. In contrast to that, the artwork found on silicon chips presented here is for real. " -
Linux in Electronic Design Automation
David F. Skoll writes "There's a nice story in Integrated System Design, a magazine for electronic designers, about why engineers prefer UNIX to NT. There's positive mention of Linux. Read it here As an electrical engineer, I'm happy to see ISD editorials like this!"
