Intel SLBPT Xeon 3.06GHZ 8-Meter 4 Core 95W X3480

Overview

The Intel Xeon X3480 is a high-performance 8-meter (socket) processor designed for demanding workstation and entry level server environments. With a base clock of 3.06 GHz and four physical cores, this chip delivers fast, reliable processing power while staying within a 95W thermal design limit. Built on Intel's robust architecture, the X3480 offers excellent multi-tasking capability, making it an ideal choice for professionals who need consistent performance across a range of compute intensive tasks.

Key Features

• Four physical cores with Hyper-Threading support for up to eight simultaneous threads
• Base frequency 3.06 GHz providing strong single-threaded performance
• 95W TDP ensures efficient power consumption without sacrificing speed
• 128KB L2 cache per core for rapid data access and reduced latency
• Integrated memory controller supporting DDR2 800 MHz modules
• Compatible with standard LGA 1155 socket motherboards

Technical Specifications

• Model / Part Number: SLBPT X3480
• Core Count: 4 cores (8 threads with Hyper-Threading)
• Clock Speed: 3.06 GHz base, turbo up to 3.33 GHz
• L2 Cache: 128 KB per core (512 KB total)
• Thermal Design Power: 95 watts
• Supported Memory Types: DDR2 800 MHz, up to 32 GB total capacity
• Instruction Set Extensions: SSE4.1, AVX, Intel VT-x virtualization
• Socket Type: LGA 1155 (8-meter)
• Manufacturing Process: 32 nm

Typical Applications

• Professional workstations for CAD, 3D rendering and video editing where high single core speed matters
• Entry level servers handling virtualization, database management or web hosting workloads
• Scientific computing tasks that benefit from multiple threads such as simulation and modeling
• High-performance computing clusters that require a balance of power efficiency and processing capability
• Software development environments that need reliable multi-core performance for compiling large code bases

This Intel Xeon X3480 processor provides the perfect blend of speed, core count and energy efficiency for users who demand professional grade performance without excessive power draw.