INTEL XEON 6315P 4-Core/2.8GHz PROCESSOR

The Intel Xeon 6315P is a server/workstation‑class CPU  Intel’s “Xeon 6” (Raptor Lake‑R) family. It uses the Socket 1700 (FCLGA1700), which means it is compatible with many modern motherboards designed for this socket.

This processor features 4 physical cores (quad‑core) and — unlike some other Xeon/workstation chips — does not support Hyper‑Threading (so it handles 4 threads total). Its base clock speed is 2.8 GHz, giving a stable baseline for general workloads; under load it can boost up to ≈ 5.2GHz  to provide extra performance when needed.

For caching, the Xeon 6315P includes 12 MB of shared L3 cache, plus per‑core L1 and L2 caches — this helps with faster access to frequently used data and improves performance for CPU‑intensive tasks.

In terms of memory support: the CPU supports both DDR4 and DDR5 RAM with a dual‑channel memory interface. It also supports ECC memory, which is important for stability and data integrity — a valuable feature for servers, workstations, or mission‑critical systems.

For connectivity and expandability, the processor offers PCIe Gen 5 lanes (plus additional PCIe Gen 4 lanes) — enabling usage of modern high‑speed NVMe SSDs, network cards or GPUs (if added). Note that this CPU does not include integrated graphics, so you would need a separate GPU if you want video output or GPU‑based workloads.

On the power side, the Xeon 6315P has a TDP of 55 W, which is relatively modest and helps keep power consumption and heat generation under control — useful for efficient servers or compact builds.

The 6315P also includes a typical suite of modern CPU features: 64‑bit support, advanced vector and math instruction sets (AVX, AVX2, SSE4.x, etc.), hardware‑based virtualization (VT‑x, VT‑d, IOMMU / PCI passthrough), encryption acceleration (AES‑NI), and other enterprise‑class reliability and security features — making it suitable for virtualization hosts, small to mid-sized servers, stable workstations, or compute‑heavy workloads requiring reliability and efficiency.