Snippets from well-known leakers are suggesting that 2024 is going to be an exciting year for CPU enthusiasts, as AMD's forthcoming Zen 5 and Zen 5c architectures look like they'll be pushing core counts to new records. The next series of EPYC server chips could even have as many as 192 cores, 384 threads in a single package.. If some of the terms are a bit confusing, then let me explain—AMD's CPUs have multiple cores, all sharing a common slice of L3 cache, in a group called a CCX .
The first design to be set out like this, Zen 2, has two four-core CCXs per CCD. Desktop Ryzen models, such as the, have two CCDs underneath the heat spreader, for a total of 16 cores, 32 threads. AMD's Zen 2 EPYC chips have up to four CCDs, for a maximum of 32 cores, 64 threads.and for those chips, the CCX comprises eight cores. Ryzen models still topped out at two CCDs but AMD increased the limit for Zen 3 EPYC processors, which can have up to eight CCDs .
And now it looks like AMD is going to push the core count limit even further, with EPYC models topping out at 12 CCDs for a staggering 192 cores, 384 threads.
Gaming PCs obviously don't need as many CPU cores as that, partly because the latest consoles all have eight-core, 16-thread processors, but mostly because games just don't lend themselves to being heavily multithreaded. You're better off using a CPU that has high clock speeds and a pile of low latency cache to speed things along, such as the excellent
Workstations and servers, though, are a different kettle of fish, and there are plenty of applications where you can throw as many cores and threads as you can them, and they'll still be wanting more. In terms of pure core count, AMD has Intel well and truly beat in the server market, as the largest Xeon processor you can buy full-time, as editor-in-chief for its gaming and hardware section, YouGamers.
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Source: pcgamer - 🏆 38. / 67 Read more »