Dell 0G951F 1.86GHz 4MB 80with 2C E5502 Processor

Dell 0G951F 1.86GHz 4MB 80with 2C E5502 Processor
Dell 0G951F 1.86GHz 4MB 80with 2C E5502 Processor
Manufacturer: Dell Model/Part Number: 0G951F Product Name: 1.86GHz 4MB 80with 2C E5502 Processor Overview The Dell 0G951F is a compact, high-performance dual-core processor designed for entry-level servers and workstations. Operating at 1.86GHz with ... Read More
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  • In Stock: 2
  • Manufacturer: Dell
  • Model or Part: 0G951F
  • Condition: Refurbished
  • Weight: 3.00lb

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Manufacturer: Dell
Model/Part Number: 0G951F
Product Name: 1.86GHz 4MB 80with 2C E5502 Processor

Overview
The Dell 0G951F is a compact, high-performance dual-core processor designed for entry-level servers and workstations. Operating at 1.86GHz with a 4MB L2 cache, this E5502 processor delivers reliable computing power for demanding business applications while maintaining low power consumption. Its 80-wire package ensures robust signal integrity and easy integration into a variety of Dell and compatible motherboards.

Key Features

  • Dual-core architecture for improved multitasking and parallel processing
  • 1.86GHz clock speed provides a balanced blend of speed and efficiency
  • 4MB shared L2 cache reduces latency for frequently accessed data
  • 80-wire package enhances electrical performance and reliability
  • Compatible with Dell PowerEdge servers and standard ATX platforms
  • Optimized for virtualization, database, and web hosting workloads

Technical Specifications

  • Processor family: Intel Xeon E5502 (based on 45nm technology)
  • Core count: 2
  • Base frequency: 1.86GHz
  • L2 cache: 4MB shared
  • Bus speed: 1333MT/s
  • Thermal design power: 80W
  • Package type: 80-wire socket
  • Instruction set: 64-bit x86
  • Supported operating systems: Windows Server, Linux, VMware ESX

Typical Applications
This processor is ideal for small to medium business servers, virtual desktop infrastructure (VDI), low-to-mid tier database servers, web and application hosting, and development or test environments where cost-effective performance is essential. Its energy-efficient design also makes it suitable for remote office deployments and edge computing nodes.