"the 10nm process as proposed by Intel"
Even without reading past the paywall I'm sure this is the most important qualifier.
They should have done this the first time. They had this idiotic focus on density, which is likely why have this mess. Their main Core line doesn't benefit from the density anyway.
It greatly impacts margins, which is a big deal.
Sounds like a logical conclusion.
They should have done this the first time. They had this idiotic focus on density, which is likely why have this mess. Their main Core line doesn't benefit from the density anyway. It's always for the others like with Small(Atom) cores and maybe FPGA.
They sacrificed bread-and-butter to chase a dream. It's usually how companies end up dying. You have a functional main business, but a serious contender arises. Then the management announces a plan to address the competition. They put too much resources into doing that and make brain-dead decisions that hurt their main business. Business decline accelerates, resulting in more brain-dead decisions.
Except Intel's "bread and butter" also includes extremely lucrative server chips. Higher density = more cores per chip. Without higher density they're stuck doing dumb stuff like 2x28 core dies on 14nm...
So, as suggested a couple times before, they might have gone to 10nm+ or ++, and now they might just call it 7nm?"the 10nm process as proposed by Intel"
Even without reading past the paywall I'm sure this is the most important qualifier. The node, being in development, was being tweaked all the time anyway. If business planning at Intel is not a complete mess they started some alternative developments to fall back on, one of which may get the "10nm" name tag in the public while the original development gets the "knifing" internally. If they do make any cancellation public they'll announce it as a "necessary" part of "technological progress" and give the replacing node a "7nm" name tag or some such.
Except Intel's "bread and butter" also includes extremely lucrative server chips. Higher density = more cores per chip. Without higher density they're stuck doing dumb stuff like 2x28 core dies on 14nm...
They are not. You build a PDK for a given process. If that doesn't work, you scrap it because the changes to make it work will no longer be compatible, and you need a new PDK.People, people.
If Intel's struggling immensely on the 10nm process, do you think they'll be better off skipping to a 7nm process? Technology improvements are iterative.
Intel said:
People, people.
If Intel's struggling immensely on the 10nm process, do you think they'll be better off skipping to a 7nm process? Technology improvements are iterative.
Well, Intel has now publicly denied this via their Twitter:
If they indeed skipping to "7nm", perhaps it is just a rename of the 10nm to justify another delay. Any possibility?People, people.
If Intel's struggling immensely on the 10nm process, do you think they'll be better off skipping to a 7nm process? Technology improvements are iterative.
Since they are not skipping 10nm, no.If they indeed skipping to "7nm", perhaps it is just a rename of the 10nm to justify another delay. Any possibility?
Or perhaps they could just call another iteration of 14nm as the 10nm?Since they are not skipping 10nm, no.
If this is true, then their official announcement, only a few weeks/month ago, of "10nm being right on time" seems rather suspicious. I'd wait until we get actual word from Intel.
Or perhaps they could just call another iteration of 14nm as the 10nm?
People like techinsights could quickly take one of these hypothetical chips apart and do their measurements only to find parameters that match a 14nm derivative, not a 10nm class process.