Dell F695K 2.93GHz 8MB L2 Cache 4-Core Intel Xeon X5570 Processor

Overview
The Dell F695K 2.93GHz 8MB L2 Cache 4-Core Intel Xeon X5570 Processor delivers enterprise class performance for demanding server and workstation environments. Built on Intel's 45nm Nehalem architecture, this processor combines high clock speed, large cache, and advanced virtualization support to accelerate compute-intensive workloads while maintaining energy efficiency.

Key Features

• 4 physical cores with Hyper-Threading technology - up to 8 logical threads for improved multitasking
• Base frequency of 2.93GHz provides fast processing for critical applications
• 8MB shared L2 cache reduces memory latency and speeds data access
• Integrated Intel QuickPath Interconnect (QPI) for high bandwidth communication between CPUs and memory
• Support for Intel Virtualization Technology (VT-x) and Extended Page Tables (EPT) for efficient virtual machine performance
• Thermal Design Power (TDP) of 130W balances power consumption and performance
• Compatible with Dell PowerEdge servers and standard LGA 1366 motherboards

Technical Specifications

• Processor family: Intel Xeon 5500 series
• Model/Part number: F695K
• Core count: 4
• Thread count: 8
• Clock speed: 2.93GHz
• Cache: 8MB L2
• Bus speed: 1333MT/s QPI
• Instruction set: 64-bit (x86-64)
• Supported memory types: DDR3 1066/1333
• Maximum memory capacity: 24GB per socket
• Socket type: LGA 1366

Typical Applications

• High performance computing (HPC) clusters that require fast parallel processing
• Virtualization hosts running multiple virtual machines with demanding workloads
• Database servers handling large transaction volumes and complex queries
• Scientific and engineering simulations that benefit from high core count and large cache
• Enterprise level web and application servers that need reliable, consistent throughput

Whether you are upgrading an existing server farm or building a new workstation for data analysis, the Dell Xeon X5570 offers the blend of speed, scalability, and stability that modern IT infrastructures demand.