Product Details
ASUS P5N-D - Motherboard - ATX - nForce 750i SLI - LGA775 Socket - UDMA133, Serial ATA-300 (RAID) - Gigabit Ethernet - FireWire - High Definition Audio (8-channel)

ASUS P5N-D - Motherboard - ATX - nForce 750i SLI - LGA775 Socket - UDMA133, Serial ATA-300 (RAID) - Gigabit Ethernet - FireWire - High Definition Audio (8-channel)
From Asustek

Price: £89.25

Availability: Usually dispatched within 1-2 business days
Dispatched from and sold by kikatek

4 new or used available from £89.25

Product Description

The P5N-D is a NVIDIA 750i SLI chipset-based motherboard that combines powerful performance with great energy efficiency; and supports NVIDIA SLI technology with PCI Express 2.0 for extreme graphics performance. It also comes with the worlds first ASUS EPU (Energy Processing Unit), allowing the CPU power supply to be digitally monitored and fine-tuned with improved VRM efficiency in heavy or light loadings attaining the best possible power efficiency and energy savings to help save the environment. This m...


Product Details

  • Amazon Sales Rank: #60221 in Consumer Electronics
  • Brand: Asus
  • Model: P5N-D
  • Dimensions: 2.36" h x 8.66" w x 12.99" l, 3.75 pounds
  • Memory: 0MB
  • Processors: 0

Features

  • The Asus P5N-D motherboard will bring smooth and stable operation to all your applications. The Asus P5N-D is SLI-compatible and can handle twoNVIDIA graphics cards at once with the powerful built-in 750iSLI chipset. You'll also find a selection of multimedia security options as well asoverclocking capabilities.
  • ASUS P5N-D - Socket 775 - Chipset 750i SLI - ATX Motherboard Component
  • Motherboard

Editorial Reviews

Manufacturer's Description
The P5N-D is a NVIDIA 750i SLI chipset-based motherboard that combines powerful performance with great energy efficiency; and supports NVIDIA SLI technology with PCI Express 2.0 for extreme graphics performance. It also comes with the world's first ASUS EPU (Energy Processing Unit), allowing the CPU power supply to be digitally monitored and fine-tuned with improved VRM efficiency in heavy or light loadings - attaining the best possible power efficiency and energy savings to help save the environment.