Intel Xeon PK8071305073001
The Intel Xeon Gold 6454S tray processor (PK8071305073001) is a high-performance compute engine for enterprise IT and data center workloads. With high core density, large caching, and Intel’s advanced Xeon Scalable architecture, it delivers predictable performance for virtualization, machine learning, database processing, and multi-cloud deployments.
As part of the Intel Xeon Gold 6400 series, the 6454S integrates expanded memory capacity, acceleration technologies, and enhanced power efficiency. Available in tray packaging for system integrators and OEMs, it’s built to support flexible Server builds and large-scale compute environments.
Features :
The Xeon Gold 6454S supports high core and thread counts, robust cache, DDR5 ECC memory compatibility, and Intel AVX‑512 instruction extensions. Coupled with Intel Turbo Boost Technology and Hyper‑Threading, it scales dynamically to meet the demands of intensive Server workloads.
Advanced Options :
Equipped with virtualization extensions, encryption accelerators, deep learning boost, and advanced I/O support, this CPU adapts to a wide range of enterprise uses — optimizing system throughput while maintaining energy efficiency. Its multi‑socket capability provides scalable growth for compute‑dense rack environments.
Product Key Features
- Intel Xeon Gold 6454S Processor (Tray)
- Xeon Scalable architecture for enterprise Server
- Large Smart Cache for faster data access
- Supports advanced DDR5 ECC registered memory
- Intel Turbo Boost & Hyper‑Threading enabled
- Enhanced security, AI, and virtualization features
- Designed for data centers, HPC, and multi-cloud workflows
- Backed by Intel Server assurance
Reliability & Performance :
The Intel Xeon Gold 6454S is engineered for reliability and scalability, providing secure processing for mission-critical deployments. With strong cache, broad socket scalability, and Intel’s hardware root of trust, it powers secure multi‑tenant environments with consistent performance. Its tray format allows integrators to design customized compute nodes with enterprise-class flexibility.
