Lenovo ThinkStation P5 Workstation (Xeon W-2400)

The Lenovo ThinkStation P5 (30GA000FUS) is a single-socket tower workstation built on the Intel Xeon W-2400 series processor platform, leveraging the Sapphire Rapids microarchitecture to deliver high core counts, PCIe 5.0 connectivity, and DDR5 memory support in a thermally optimized chassis. The platform supports Intel's W790 chipset, enabling workloads that demand large memory footprints, fast storage throughput, and substantial parallel compute capacity within a single-socket design that avoids the latency and complexity overhead of multi-socket NUMA configurations.

The ThinkStation P5 is engineered to accommodate dual professional or high-performance GPU configurations, making it a strong candidate for AI model development, inferencing at the workstation tier, real-time 3D visualization, and compute-intensive simulation. The chassis features Lenovo's tool-less tower design with dedicated GPU cooling zones, a high-capacity power supply to sustain dual full-length double-wide graphics cards under sustained load, and multiple M.2 and U.2 storage slots alongside traditional PCIe expansion bays. ISV certifications across major professional applications in CAD, media, and scientific computing are maintained through Lenovo's qualification program.

Targeted at engineers, data scientists, visualization specialists, and technical creative professionals requiring a self-contained, on-premises compute platform, the ThinkStation P5 occupies a position between entry multi-socket servers and mobile workstations. Its expandability, certified software ecosystem, and support for ECC DDR5 memory address enterprise requirements for data integrity and application stability in long-running compute sessions.

Ideal for

• AI and machine learning model training and local inferencing using dual GPU acceleration with large DDR5 ECC memory pools for data pipeline staging
• Professional 3D CAD, CAE simulation, and finite element analysis workflows requiring ISV-certified GPU drivers and high single-threaded CPU performance
• Real-time ray tracing and GPU-accelerated rendering for architecture, product design, and visual effects production pipelines
• Genomics, computational chemistry, and scientific data analysis workloads benefiting from high core counts and ECC memory reliability
• Software development and testing for AI-enabled applications where local GPU resources mirror data center GPU compute environments
• High-resolution multi-display visualization and virtual production setups requiring dual professional graphics card output and large frame buffer capacity

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.