Lenovo ThinkSystem SR250 V3 Intel Xeon E E-2468 2.6GHz 32GB RAM 1U Rack Server - No HDD

High-Performance Processing Power
The Lenovo ThinkSystem SR250 V3 is driven by the robust Intel Xeon E-2468 processor, delivering 8 cores at 2.6 GHz base frequency. Designed for efficiency and responsiveness, this server ensures fast data handling and application performance, ideal for small to mid-sized business workloads, virtualization, and branch office deployments. Whether you're running web servers, databases, or file-sharing services, the Xeon E-series delivers enterprise-class reliability and scalability.

Ultra-Fast DDR5 Memory
Equipped with 32 GB of DDR5-SDRAM, the SR250 V3 provides faster data throughput, improved bandwidth, and better power efficiency compared to previous generations. DDR5 memory ensures your workloads run smoother with reduced latency and enhanced multitasking—critical for demanding business environments and applications requiring real-time processing.

Compact, Rack-Optimized Design (1U Form Factor)
Built for space-constrained environments, the ThinkSystem SR250 V3 features a slim 1U rack design that fits seamlessly into standard 19-inch server racks. This compact footprint allows organizations to scale their data centers without sacrificing valuable space—making it ideal for edge computing, remote locations, or growing IT infrastructures.

Reliable 800W Power Supply
The 800W power supply unit is engineered for high-efficiency energy consumption while maintaining stability under heavy loads. It provides headroom for future component upgrades and ensures the server remains responsive and dependable, even under sustained workloads or in high-density data center environments.

Enterprise-Grade Reliability and Security
The SR250 V3 supports a range of Lenovo's enterprise-level management and security tools, including XClarity Controller for remote management and enhanced data protection capabilities. With built-in RAID support and error-correcting code (ECC) memory, the server ensures system integrity and reduces the risk of data corruption—vital for mission-critical operations.