Processor HP E5-2680v2, 2.80GHz, 10C, 25MB, LGA 2011-3

The HP E5-2680v2 is a server-class processor operating at a base clock of 2.80 GHz with ten physical cores and an integrated 25 MB cache. Designed for systems with an LGA 2011-3 socket, this processor targets multi-threaded workloads in rack and blade servers. Its architecture balances per-core performance with multi-core throughput to support virtualization, database processing, and parallel computing tasks in data center environments.

Advantages

The processor delivers consistent multi-core performance for concurrent workloads while conserving platform space and power compared with multiple single-core units. A 25 MB cache reduces memory latency for frequently accessed data, improving response times for database queries and virtualization hosts. Compatibility with LGA 2011-3 systems ensures integration into a wide range of enterprise server platforms and upgrade paths.

Suitable for

• Virtualization hosts and hyper-converged infrastructure
• Database servers and transaction processing
• Compute nodes for scientific and engineering simulations
• Web and application servers handling concurrent connections
• Batch processing and parallel workloads in data centers

Key specifications

• Base clock frequency: 2.80 GHz
• Cores: 10 physical cores
• Cache: 25 MB level-3 cache
• Socket type: LGA 2011-3
• Target platform: Server and data center environments

How to use

Install the processor into a compatible LGA 2011-3 motherboard following the server manufacturer's installation procedure and using appropriate thermal interface material and a compatible heatsink or active cooling solution. Ensure the system BIOS/firmware supports the processor generation and apply any vendor-recommended firmware updates. Configure operating system settings and hypervisor options to take advantage of the ten cores and large cache for workload distribution and memory management.

Usage recommendations

For reliable operation in production, use this processor in server chassis with adequate airflow and power delivery, verify thermal limits under typical workloads, and keep firmware and operating system patches current. Match memory configuration and NUMA settings to the platform guidelines to optimize performance for multi-threaded and virtualized applications.