Intel Corporation’s 10-Nanometer

[unseenmorbidity]

SemiAccurate digs out Intel’s 10nm process problems

Then came 10nm with its dual problems, something that lead to a major Intel Foundry customer politely declining to continue on. Strangely there was no announcement of this parting of the ways, just like the last few.

Tick Tock On The Rocks: Intel Delays 10nm, Adds 3rd Gen 14nm Core Product "Kaby Lake"

Intel Confirms 8th Gen Core on 14nm, Data Center First to New Nodes


Intel GPU-integrated Cannon Lake may not be ready until year-end 2018, say sources - related content

Intel has reportedly rescheduled the releases for some of its next-generation Cannon Lake-based processors, mostly ones with an integrated GPU, to the end of 2018, which has already...

The Price of Intel Corporation’s 10-Nanometer Failure

As if it couldn't get any worse, by Intel's own admission, its first- and second-generation 10nm technologies -- 10nm and 10nm+, respectively -- will offer worse performance than its upcoming 14nm++ technology . Intel says the company's 10nm technology won't open up a clear performance lead over its 14nm++ technology until its third iteration -- known as 10nm++ -- which should go into production sometime in 2020.

We are planning to update Tornado F5 to Z390 chipset supporting 8C/16T CPUs coming in H2/18. We will launch F7 at the same time too. We will skip z370 chipset. Meantime we added support for Quadro P5000 and P3000.

 

[slashy16]

Looking at the tech intel's 14nm appears to be as good as most other companies 10nm. Intel's 10nm when it launches next year will most likely be as dense as other companies 7nm. Intel's claim that their 10nm will perform worse is vague. Does that mean their 10nm will consume more or as much power or frequencies will be lower? I don't think this is a shock as 14nm performed worse than 22nm when it came out. Intel had to strap a bunch of cache on 14nm when it came out to make it competitive. I don't think Intel has anything to worry about in 2018 or 2019, they can always add cache or find other ways to reduce overall power like adding vega or including an on package ARM chip(apple). AMD is a tiny company and doesn't have any process and solely rely on third party foundries. To think these third party foundries have found a way to get large x86 processor's on 10nm/7nm and push frequencies beyond Intel is a joke. At best AMD could see themselves in a position where they can produce chips with better density but, if they don't have the performance to back that up it won't matter. AMD won't win any race making chips with better density unless they have the frequencies and performance to back it up. Remember that AMD lead Intel in every single price\performance category desktop\workstation\server in the early 2000's and still never managed to get more than 20ish percent market share. At AMD's peak they were offering Opteron server's with more cores and overall server costs 20-30% less than Intel servers and still companies mostly avoided them as they were scene as budget and not fit for enterprise. I admit that Epyc looks amazing in the server space and for someone who monitors\maintains server farms in 13 different counties I'm looking forward for the first Dell AMD servers to hit the market. I fear that like last time I wont be able to order them because of the brand.

 

[DrMrLordX]

It's hard to discuss 10nm or 10nm++ when they still have zero market availability. In Nov 2017. Ugh.

Sadly most of the posts in the OP are old news. I'm waiting for some new updates.

 

[Markfw]

Locking this due to "old news" and possibly trolling.