BX80635E52680V2

Overview Of BX80635E52680V2

Enhance your IT infrastructure with cutting-edge technology from Intel. The Xeon E5-2680 v2 server processor is a powerhouse that optimizes server space, reduces cooling costs, and enhances energy efficiency with its 22nm process technology and impressive 2.80 GHz clock speed. Designed to simplify network architecture, this processor supports 10GbE connections, streamlining storage complexity and improving overall network performance. Experience reduced data center cooling expenses and lower power consumption by adopting high-ambient temperature designs, all backed by Intel's renowned reliability and performance benchmarks.
Delve into a world of enhanced security and scalability with the Xeon E5-2680 v2 processor. Benefit from robust security features, seamless scalability options, and efficient power supply choices, such as the 115W Thermal Design Power. With a Deca-core processor and 64-bit processing capability, this processor is a versatile solution for demanding workloads and intensive computing tasks, making it ideal for businesses seeking top-notch performance, reliability, and expandability within their IT infrastructure.

Processor	Delivers exceptional performance and reliability for demanding workloads.
Process Technology	Utilizes advanced 22nm technology for enhanced efficiency.
Clock Speed	Operates at a powerful 2.80 GHz for swift processing.
Socket Type	Features Socket R LGA-2011 for secure processor installation.
Cache	Boasts a total cache of 28.14 MB for optimized performance.
Processor Core	Deca-core design with 10 cores for multitasking capabilities.
Thermal Design Power	Efficient 115W TDP for reduced power consumption.
64-bit Processing	Supports 64-bit architecture for enhanced computing capabilities.
Security Features	Includes advanced security protocols for data protection.
Scalability	Offers seamless scalability options for expanding computing needs.
Power Supply	Supports various power supply options for flexible deployments.
Virtualization Support	Optimized for virtualized environments for efficient resource utilization.