spongiemaster
Honorable
I agree with most of what you are saying here. I don't think AMD is interested in paying for premier access to TSMC's brand new nodes, but they have been 2nd in line behind Apple up until now. AMD was TSMC's 2nd largest 7nm customer behind Apple before 5nm hit the market, so AMD isn't really bargain hunting for non-leading edge nodes either. Intel leap frogging AMD in the queue and possibly lowering the wafer capacity AMD can purchase is not a positive no matter how far backwards VforV tries to bend to claim that.It is probably true that AMD don't have initial access to 3nm, but I don't think that is the strategy of AMD anyway, at least from what I see. They use the the next best fab that's available to avoid paying top dollars for it. Intel may have the cash to soak up whatever spare capacity that Apple is not using, but though Intel may be a big company, they are no match for Apple. So at the end of the day, competing with Apple for cutting edge node is like throwing away money. Intel on the other hand is more likely to use the cutting edge 3nm for their enterprise/DC chips since it is going to cost a lot and makes sense to use it for high margin products. Chances of consumer CPUs getting 3nm chip initially is very slim.
Intel doesn't have the cash on hand that Apple does, but that isn't going to be the determining factor for what each company is bidding for wafers. What will determine bidding ceilings for Intel and Apple is the amount of revenue each company predicts it can generate from each wafer. Intel is rumored to be testing a few Xeon sku's and a data center GPU on TSMC's 3nm. Apple will be able to get a whole lot more M1's or A16's or whatever they plan to produce on 3nm than usable Xeon's/GPU's that Intel will get. However, Apple can't charge anywhere near the $8000-$10K+ for the chip alone that Intel is probably going to charge. So, who knows which company will be able to generate more revenue per wafer.