Intel Xeon W7--2595X Processor (48.75M Cache, 2.80 GHz) FC-LGA16A - Tray Packaging - PK8071305501800 - OEM

The Intel Xeon w7-2595X is a tray-packaged workstation processor with 52 threads, a 2.80 GHz operating frequency, and 48.75 MB of L3 cache, suited to professional workstation builds running heavily multithreaded workloads.

Recommended For

• Workstation users running long CPU-rendering, video-encoding, compression, or simulation jobs that can keep many cores busy; reviews show strengths in multithreaded workloads, including 8K CPU video testing and 7-Zip.
• AI developers testing CPU-based inference with compatible software such as Intel OpenVINO, where review testing found the processor performed better with OpenVINO than with Windows ML on the tested models.
• Professionals building a W790 workstation who need ECC registered memory, substantial RAM capacity, or multiple PCIe devices such as GPUs, fast storage, and networking cards; the W-2500 platform supports up to 2TB of memory and 64 CPU PCIe 5.0 lanes.
• Engineering and research teams running parallelized, data-heavy workloads on a workstation platform, especially when ECC memory and workstation manageability features matter alongside multicore throughput.

Real-World Use Scenarios

• When a 3D artist renders scenes with a CPU-based renderer, the w7-2595X’s multi-core performance can help shorten render jobs that scale across many threads; results depend on the renderer and scene.
• When a video professional works with high-resolution Blackmagic RAW footage, the processor can support CPU-based 8K playback and processing; in StorageReview’s test, it reached 160 fps in the 8K CPU test.
• When a data or IT professional compresses large archives, the processor can keep many CPU threads busy and complete well-parallelized compression work efficiently; benchmark results vary by compression settings and files.
• When a developer or researcher runs local AI inference on supported CPU software, the w7-2595X can process models without relying solely on a discrete GPU; StorageReview found that results varied by model and software framework, with Intel OpenVINO improving several test results.
• When a researcher runs CPU-heavy numerical calculations, the processor can use multiple cores to work through parallelizable jobs; StorageReview’s y-cruncher tests showed shorter calculation times than the tested Ryzen 9 9950X and Core i9-14900K systems.

Spec Summary