Globalfoundries 7nm process isn’t even close to the name
A real shrink means the marketing trolls have won the game
Two weeks ago, Globalfoundries announced a ‘7nm’ process, but does it live up to the name?
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Two weeks ago, Globalfoundries announced a ‘7nm’ process, but does it live up to the name?
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How much of a shrink will TSMC’s 10nm process really provide?
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SemiAccurate has an update on the progress of a major 14/16nm mobile SoC and the news is good.
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Remember that pesky 14/16nm process that SemiAccurate told you was having major problems?
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SemiAccurate has been following GPU developments and felt it was time for a little end-of-year update.
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Intel is finally talking about 14nm and the results are impressive, both in terms of transistors and yield.
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Today Intel announced three separate but related partnerships with Synopsys, Mentor Graphics, and Cadence to begin designing chips for Intel’s 14nm process.
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Yesterday Intel announced they were partnering with Rockchip, something SemiAccurate told you about two months ago.
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It looks like Global Foundries and Samsung are syncing their process tech at 14nm just like SemiAccurate said a year ago.
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It looks like Global Foundries and Samsung are syncing their processes just like SemiAccurate exclusively said last year.
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TSMC was showing off two wafers at Techcon, a production 20nm SoC and a pre-production 16nm without any qualifiers.
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SemiAccurate has already talked about the Silvermont core and architecture, now it is time to take a look at the process it is built on.
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Global Foundries has taken a huge step toward mass-market TSVs with their first 20nm wafer with that technology.
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There has been a lot of speculation about Apple and fabs lately, so let’s go over what SemiAccurate is hearing.
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Intel looks to be abandoning their “tick-tock” strategy with a more dynamic flow new process tech, but the real question is why?
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