LENOVO 5466C2G - x3650 M4 BD, Xeon 6C Model E5-2620v2 80W 2.1GHz/16 2.1GHz/1600MHz/15MB, 1x8GB, O/Bay HS 3. 5in SAS/SASAS/SATA, SR M5110, 750W p/s, Rack

Lenovo System X3650 M4. Processor family: Intel® Xeon® E5 Family, Processor frequency: 1.8 GHz, Processor model: E5-2603V2. Internal memory: 8 GB, Memory layout (slots x size): 1 x 8 GB. Ethernet LAN, Cabling technology: 10/100/1000Base-T(X). Power supply: 750 W, Redundant power supply (RPS) support. Chassis type: Rack (2U)

Highlights
Innovative design, optimized for performance and reliability
Wide range of business-critical applications, including cloud computing, virtual desktop, and business analytics
Optimized for cloud computing and virtualization
Outstanding reliability, availability and serviceability (RAS) for an improved business environment
Easy to deploy, integrate, service and manage

Optimal performance and virtualization
The versatile System x3650 M4 blends outstanding uptime and performance for business-critical workloads, including cloud computing, virtual desktop and business analytics. The powerful server offers an energy-smart and easy-to-use rack solution with a pay-as-you-grow design to help manage risks. With more computing power per watt and the latest Intel Xeon E5-2600 v2 series processors, advanced memory support, and greater disk capacity for businesses requiring ample storage, the x3650 M4 offers balanced performance and density. Additionally, as the first x86 server to achieve the TPC-C benchmark, virtualized (1 M TPM),1 the x3650 M4 is optimized for cloud computing and virtualization applications.

Outstanding uptime
With redundant hot-swap fans, disks and power supplies, the x3650 M4 provides a resilient architecture ideal for business-critical applications. Predictive Failure Analysis and light path diagnostics proactively monitor the system’s sub-components and provide advanced warning on power supplies, fans, VRMs, disks, processors and memory. Redundant hot-swap components make it easy to replace failures without taking your system down. Light path diagnostics displays a visible warning light indicator on a failing component, allowing time for component replacement prior to failure and facilitating high availability.