Processor Hewlett Packard Enterprise Intel Xeon E52660, 2.3GHz, 8 cores, 20MB cache, LGA 1356

The Hewlett Packard Enterprise Intel Xeon E5-2660 is a server-grade processor featuring eight physical cores, a base clock of 2.3 GHz and a 20 MB shared cache. Designed for systems using the LGA 1356 socket, this CPU targets multi-threaded workloads in rack servers and workstations where sustained throughput and reliability are required. The processor supports typical server-level features and power management that help balance performance and energy use in continuous operation environments.

Advantages

This Intel Xeon model delivers multi-core processing capacity suitable for parallel tasks and virtualization. The 20 MB cache reduces memory latency for frequently accessed data, improving application responsiveness under load. With a 2.3 GHz base frequency across eight cores, the processor offers a stable performance envelope for database processing, compute tasks and consolidation of virtual machines. Compatibility with LGA 1356 systems allows integration into existing server platforms that accept this socket type.

Suitable for

• Virtualization hosts and hypervisors
• Database servers and transactional workloads
• Compute nodes for scientific or engineering applications
• General-purpose rack servers and workstations

Key specifications

• Cores: 8 physical cores
• Base clock speed: 2.3 GHz
• Cache: 20 MB shared L3 cache
• Socket type: LGA 1356
• Intended use: server and workstation environments

How to use

Install the processor into a compatible LGA 1356 motherboard following the motherboard and chassis manufacturer instructions. Apply an appropriate thermal interface material and attach a cooling solution rated for server CPUs to ensure safe operating temperatures. Configure BIOS/UEFI settings to match the system memory and power profiles recommended for multi-socket or single-socket server configurations. Verify firmware and chipset drivers are up to date before loading production workloads.

Usage recommendations

For reliable operation, use matched server-class memory modules and maintain adequate airflow in the chassis. Monitor temperatures and load during initial deployment and adjust cooling or clocking policies if sustained high utilization is expected. When consolidating virtual machines, allocate CPU resources to avoid oversubscription that could degrade performance.