AMD EPYC 7B13

AMD (Advanced Micro Devices), designed specifically for their EPYC line of data center processors.

Based on PassMark benchmark data, this CPU scores approximately 80,079. This high score indicates massive multi-threaded processing power meant for handling highly demanding server workloads.

Featuring 64 physical cores and 128 logical threads (via SMT). This allows the processor to manage 128 simultaneous tasks, making it ideal for virtualization and heavy parallel computing.

None. This processor does not include built-in graphics. A server motherboard requires a dedicated GPU or management console connector for display output.

Server / Enterprise. This processor is engineered for 24/7 reliability in industrial environments, not for consumer desktops or gaming laptops.

Thermal Design Power is 240W. This represents the amount of heat the CPU generates under maximum load, requiring high-end air or liquid cooling solutions.

The guaranteed operating frequency of all cores under normal, sustained workloads, which is 2.25 GHz.

The maximum frequency a core can reach automatically to handle temporary peaks in workload, peaking at 3.4 GHz.

No

AMD SP3. This is a large, square socket (LGA-4094) designed exclusively for AMD EPYC processors. It is not compatible with Intel sockets.

256MB of L3 cache. This high-speed memory on the chip allows the processor to store and retrieve frequently used data instantly, reducing bottlenecks from slower RAM.

Supports DDR4 memory at speeds up to 3200MHz. It utilizes an 8-channel architecture, offering massive memory bandwidth for data-hungry applications.