Dell 09W3DK 2.26GHz 8MB 80W 4-Core E5607 Processor

Overview
The Dell 09W3DK 2.26GHz 8MB 80W 4-Core E5607 Processor delivers reliable performance for entry level servers and workstations. Built on Intel's 45nm architecture, this processor balances power efficiency with the multitasking capabilities required by small to medium business environments. With four physical cores and a 8MB shared L3 cache, the E5607 handles virtualization, database queries, and everyday business applications with confidence.

Key Features

• Four physical cores for parallel processing and improved multitasking
• 2.26GHz base clock speed for responsive performance in typical workloads
• 8MB shared L3 cache to reduce memory latency and speed up data access
• 80W thermal design power (TDP) for efficient heat management in compact chassis
• Support for Intel VT-x technology to enhance virtual machine performance
• Compatible with Dell PowerEdge servers and standard LGA 1366 motherboards

Technical Specifications

• Processor family: Intel Xeon 5600 series
• Model number: 09W3DK
• Core count: 4 cores
• Thread count: 8 threads (Hyper-Threading enabled)
• Base frequency: 2.26GHz
• Cache: 8MB L3 cache
• Front side bus: 1333MT/s
• Thermal design power: 80W
• Socket type: LGA 1366
• Instruction set: 64-bit
• Technology support: SSE4.2, AVX, Intel VT-x, Intel VT-d

Applications
The E5607 processor is ideal for:

• Small to medium business servers that run file sharing, print services, and email
• Entry level virtualization hosts handling a few virtual machines
• Database servers for moderate transaction loads
• Workstations used for CAD, 3D rendering, and engineering simulations that do not require high-end graphics
• Remote desktop and thin client environments where power efficiency is important

By choosing the Dell 09W3DK E5607 processor, you gain a solid foundation for reliable server performance while keeping power consumption and heat output within manageable limits. This makes it a smart investment for growing businesses that need dependable compute power without the expense of higher tier CPUs.