3 ms·
If you combine multiple CPU sockets, you could get there. EPYC, IIRC, supports up to 64 cores per chip, so if you build a machine with 16 sockets, you get 1024
by krylon 3y ago
If you combine multiple CPU sockets, you could get there. EPYC, IIRC, supports up to 64 cores per chip, so if you build a machine with 16 sockets, you get 1024 cores. To my knowledge, no such machine exists today, but HPE offers (or used to, anyway) a machine with 32 Xeon chips, so its core count could well reach several hundred. (I may or may not be drooling at the thought.)
- justsomehnguy 3y agoIntel® Xeon® Platinum 8490H Processor Total Cores 60 Total Threads 120 Max Turbo Frequency 3.50 GHz Processor Base Frequency 1.90 GHz Scalability S8S Up to 60 x 8 = 480 cores or 960 threads AMD EPYC™ 9754 # of CPU Cores 128 # of Threads 256 Max. Boost Clock Up to 3.1GHz All Core Boost Speed 3.1GHz Base Clock 2.25GHz Socket Count 1P / 2P Up to 128 x 2 = 256 cores or 512 threads
- extraduder_ire 3y agoIt's a lot easier to build such a machine if you have something to run on it, I suppose.