AMD EPYC 9175F

This is an AMD EPYC 5th Gen processor. The "Turin" architecture uses the latest Zen 5 cores, which provide a significant jump in instructions-per-clock (IPC) over the previous generation.

The PassMark score of ~66,000 is impressive for a 16-core chip. Most server chips focus on "wide" performance (many slow cores), but this chip focuses on "tall" performance (fewer, extremely fast cores), leading to one of the highest single-thread scores in the server world.

It features 16 physical cores and 32 threads. While 16 cores may seem low for EPYC, these cores are tuned to run at extremely high speeds, making it better for specific math-heavy software.

Like almost all EPYC processors, it does not have onboard video. Video output is handled by the server's management controller (IPMI/BMC) or an external GPU.

This is an Enterprise Server processor. It is built for mission-critical reliability and is typically found in high-end data centers or specialized research workstations.

The 320W TDP is very high for only 16 cores. This is because the chip is pushed to its absolute limits to maintain high clock speeds. Top-tier liquid cooling or high-velocity air cooling is mandatory.

4.2 GHz base

5.0 GHz

No

It uses the SP5 socket. This is a large socket designed to provide the electrical power and data lanes (PCIe 5.0) required for modern 5th Gen EPYC platforms.

The 512 MB L3 Cache is the star feature. This is an enormous amount of memory located directly on the CPU, which prevents the processor from having to wait for the system RAM, speeding up complex simulations.

It supports 12-channel DDR5 memory. This provides incredible bandwidth, allowing data to move between the memory and the CPU at speeds up to 6400 MT/s.