Meanwhile back in the EPYC CPU thread...
I don't think it will be anywhere near as efficient in PPW compared to Zen2 cored EPYC on 7nm, and that is the killer especially where TCO is concerned. Also two large 24 core monolithic dies in one package, is that going to need a new socket, more than likely. I'd never write them off, they must have something in the bottom drawer for a rainy day.
You can't argue that seeing what they produce with their backs against the wall will be really interesting. At first they were all like "They are just gluing cores together, dont accept that", now a year down the line it's like "Oh **** we better learn the recipe for that magical IF glue".
The most interesting bit for me will be memory config and how their solution scales, anything less than near perfect ryzen like scaling and performance will be seen as missing the mark. The benchmark for an mcm x86 design has been set and now it's Intel's turn to show some engineering prowess. It is time for the big boys to lay it on the table and in my opinion all we need to know is how short they fall. Sadly I just don't think their first iteration will fall in the same ballpark for all metrics but being Intel you really would be a fool to completely write them off.
I don't think it will be anywhere near as efficient in PPW compared to Zen2 cored EPYC on 7nm, and that is the killer especially where TCO is concerned. Also two large 24 core monolithic dies in one package, is that going to need a new socket, more than likely. I'd never write them off, they must have something in the bottom drawer for a rainy day.