Performance Optimized for GPU-Intensive Workloads

The Lenovo ThinkSystem SR650a V4 is designed to accelerate GPU-intensive workloads like AI, deep learning, and HPC. Powered by Intel® Xeon® 6 processors, it delivers exceptional GPU density, advanced storage, and PCIe Gen5 connectivity for peak performance. It supports up to 4x double-width or 8x single-width GPUs and offers up to 8x E3.S NVMe drives for fast, low-latency data access. Built for scalability and reliability, the SR650a V4 handles demanding GPU workloads with ease. It provides unrivaled I/O bandwidth with up to 14x PCIe Gen5 slots and 2x OCP 3.0 slots, while Lenovo XClarity offers AI-driven management and predictive analytics to reduce downtime.

AI-Driven Intelligence Meets GPU Density – Smarter AI Everywhere

Lenovo ThinkSystem SR650a V4 servers with XClarity One provide fast, secure deployment of AI workloads across on-prem, co-located, or cloud infrastructures. XClarity One simplifies scalability, security, and management, while XClarity Controller enables remote infrastructure management. AI-driven predictive analytics help prevent downtime by monitoring SSD failures and GPU workloads. The SR650a V4 is built for high-performance AI workloads, offering GPU density and efficiency to accelerate innovation. Features like SSD Predictive Failure Analysis reduce downtime, while enhanced security with a locking bezel and federated directory simplify access and protect infrastructure.

Engineered for Sustainability in GPU Workloads from Design to Disposal

The Lenovo ThinkSystem SR650a V4 balances performance with sustainability, optimizing GPU workloads while minimizing environmental impact. It supports GPU-dense configurations and advanced cooling, reducing energy use and achieving up to 3:1 rack consolidation with Intel® Xeon® 6 processors. With its energy-efficient platforms meet ENERGY STAR® standards, and optional innovative liquid cooling via Lenovo Neptune®, it helps organizations meet sustainability goals while delivering high performance for AI and HPC workloads.