What I’m really waiting for someone to figure out is what makes the 13th/14th gen 7/9 series processors more prone to these failures compared to the 1/4/6 series and why the 12th gen chips remain unaffected given the minor architecture changes.
What I’m really waiting for someone to figure out is what makes the 13th/14th gen 7/9 series processors more prone to these failures compared to the 1/4/6 series and why the 12th gen chips remain unaffected given the minor architecture changes.
Unfortunately I don’t think AMD (& Nvidia) care about GPU gaming market share when they’ll be selling all the MI accelerators they can make using the same wafers at much higher profit margins.
As consumers, we’re going to have to get used to getting mediocre offerings at inflated prices until the AI hype dies down or they find a way to use some of the other manufacturing nodes to make competitive GPUs.
I like what the Arc division has been doing lately, especially with Linux support. I am looking forward to what battlemage can bring to the table.
We’ll have to wait ~ 2 years since the next round of AMD cards are rumoured to be midrange cards. The Steves are right that if A.I is still as profitable for both AMD and Nvidia by then, expect prices to go up for any flagship. It wouldn’t make any business sense not to.
https://github.com/JunkFood02/Seal - ytdlp gui for android
Thanks, I watched it but I must’ve missed that part. If it does turn out that the 900mhz boost to the compute fabric is at fault, Wendell seems to be implying it might not be possible to solve with a microcode update. I hope that’s not the case but I guess we’ll find out soon enough.