News Intel Confirms Sapphire Rapids Uses Golden Cove

JayNor

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May 31, 2019
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"For example, since Intel's Ice Lake/Willow Cove cores were originally developed for the company's second generation 10 nm manufacturing technology, Intel has never ported its Ice Lake-SP CPU to a more advanced 10 nm SuperFin process. "

Intel built Willow Cove with 10nm SuperFin, so why is it included in this statement?

Ice Lake used Sunny Cove.
 

JayNor

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"The latest unofficial details about Intel's fourth Generation Xeon Scalable "Sapphire Rapids" indicate that the CPUs could have 72 to 80 cores, a significant increase when compared to today's third Generation Xeon Scalable 'Ice Lake-SP' processors that have up to 40 cores."

The unofficial Sapphire Rapids details also show 4 tiles ... so 20 cores per tile is a significant decrease from the monolithic Ice Lake 40 core.
 

escksu

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"The latest unofficial details about Intel's fourth Generation Xeon Scalable "Sapphire Rapids" indicate that the CPUs could have 72 to 80 cores, a significant increase when compared to today's third Generation Xeon Scalable 'Ice Lake-SP' processors that have up to 40 cores."

The unofficial Sapphire Rapids details also show 4 tiles ... so 20 cores per tile is a significant decrease from the monolithic Ice Lake 40 core.

20 core tile or chiplets are way cheaper to make than a monolithic die, yield is also much higher. Thats also why AMD stick with 8 cores per die rather than a single 64 core die.