Processor Fujitsu Xeon E5 2695V2 2.4GHz 12 Cores 30MB Cache Socket LGA 1356

The Fujitsu Xeon E5 2695V2 2.4GHz 12 Cores 30MB Cache Socket LGA 1356 is a server-class CPU designed for multi-threaded workloads in enterprise and data center environments. With twelve physical cores and a 30MB shared cache, this processor provides consistent throughput for virtualization, database processing, and compute-intensive services. It uses the LGA 1356 socket and is intended for systems and motherboards that support Fujitsu/Intel E5 v2 series processors.

Advantages

The processor offers 12 physical cores at a base clock of 2.4GHz and a sizable 30MB cache to reduce memory latency for frequently accessed data. Its architecture supports virtualization and consolidation of multiple virtual machines on a single host. As a server-grade component, it is built for continuous operation and energy-efficient performance relative to its compute density. The LGA 1356 socket compatibility ensures straightforward integration into compatible rack and tower servers.

Suitable for

• Virtualization hosts and hypervisor platforms
• Database servers and transactional workloads
• Web and application servers handling concurrent connections
• Compute clusters for batch processing and analytics
• Enterprise environments requiring reliable, continuous operation

Key specifications

• Model: Fujitsu Xeon E5 2695V2
• Base frequency: 2.4GHz
• Cores: 12 physical cores
• Cache: 30MB shared cache
• Socket: LGA 1356
• Manufacturer brand: FUJITSU
• MPN: V26808-B9030-V10-RFB

How to use

Install the processor into a compatible motherboard with an LGA 1356 socket following the server or motherboard manufacturer's installation procedure. Apply appropriate thermal interface material and attach a compatible cooling solution rated for the processor's thermal design power. Ensure the system firmware (BIOS/UEFI) and chipset drivers support the E5 v2 family before powering the system. Configure the operating system and hypervisor to recognize all cores and adjust power management settings according to workload requirements.

Usage recommendations

For optimal reliability and performance, use this processor in systems with validated server-class motherboards, ECC memory modules, and adequate cooling. Keep firmware and drivers up to date and monitor system temperatures and power delivery under load. When deploying virtualized environments, balance cores and memory allocation to avoid contention and make use of the processor's cache to improve responsiveness for database and transactional tasks.