https://www.counterpointresearch.com/insights/rebooting-growth-intel-to-launch-18a-process-node-based-cpus-in-2025/
All you AMD and NVDA fanboys can punch the air. INTC to the moon baby.
12 replies (most recent on top)
They only have themselves as a customer
There are as many AMD employees in here as Intel people laid off by ACT in 2016... Then there are 5 or 6 actual Intel people who come in here and laugh at you jerks over coffee.
Nobody cares about Intel unstable CPUs anymore. It couldn't make it's own CPUs at 10nm. Do you think it can make CPUs less than 2nm? That's only possible if Moore and Andy start crawling back from the graveyard to bowl down on Pet.
nvidia will release their own cpu in 2025 , so nobody will care about intel anymore .
As an American I say Intel can go fu-k itself." Intel is a global corporation exploiting every geo it can get its hands on. Its OK. let it tank. We will get on just fine without Intel su-king money from our government pretending to be an American company
Who are Intel's 18A customers besides themselves?
10% yield ? Let see real product performance first. Did Intel fix the broken CPUs last time yet or just patch out the shiitt again?
Good luck with that. Another point of view is you have the entire field to run and the football may not be regulation when you get to the goal line.
If you are an american, you should be excited that intc is at least trying its darnedest to make something cutting edge at home.
If you are a taiwanese fan, or a blind amd/nvidia fan boi, good luck. Tsmc was once behind intel (14 nm node). Things that go up must come back down and vice versa.
Maybe wait for actual products and customers before celebrating?
You wouldn’t want to make any rear view mirror comments.
The competition isn’t standing still.
Fabs age like milk when you’re behind on technology.
Pump and dump doesn't work here.
Yeah, right…
Lol keep drinking that kool-aid.
https://www.extremetech.com/computing/tsmc-chief-our-3nm-node-will-beat-intel-18a#:~:text=He%20noted%20that%20TSMC's%20internal,versus%201.8nm%2C%20theoretically).