Intel's disruption is now complete
jamesallworth.medium.com
Intel's disruption is now complete
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Re: Intel's disruption is now complete
#2Graph conveniently omits AMD who now beat Intel using the same ISA but different process.
Re: Intel's disruption is now complete
#3Re: Intel's disruption is now complete
#4What's the real reason Apple can design a higher performance device? Better fab process? ARM ISA is fundamentally faster? Graph conveniently omits AMD who now beat Intel using the same ISA but different process.
Re: Intel's disruption is now complete
#5Re: Intel's disruption is now complete
#6But AMD is dominating them now on one front, and now a major customer of theirs makes their own chips which on the surface seem to be better.
Re: Intel's disruption is now complete
#7What's the real reason Apple can design a higher performance device? Better fab process? ARM ISA is fundamentally faster? Graph conveniently omits AMD who now beat Intel using the same ISA but different process.
Re: Intel's disruption is now complete
#8What's the real reason Apple can design a higher performance device? Better fab process? ARM ISA is fundamentally faster? Graph conveniently omits AMD who now beat Intel using the same ISA but different process.
Motivation to do so.
Intel had none.
Re: Intel's disruption is now complete
#9I’m curious to see if Apple will bring anything similarly disruptive to the server market. So far servers haven’t been their strong suit, but a chip this attractive could change things.
Re: Intel's disruption is now complete
#10What's the real reason Apple can design a higher performance device? Better fab process? ARM ISA is fundamentally faster? Graph conveniently omits AMD who now beat Intel using the same ISA but different process.
Everyone else with the immediate capability are professional ball-droppers.