Esonic 31 PC Intel Duel Core Mainboard 2GB Ram

Description

Esonic 31 PC Intel Duel Core Mainboard 2GB Ram

Supports Intel Pentium 4/Pentium, Dual-Core E2XXX, Celeron,Intel G31 chipset South Bridge: Intel ICH7 chipset, Memory DDR2533/667/800 SDRAM(4GB Max)2 DDR2, LAN Supports Realtek RTL8100C or RTL8103EL 10/100MB/S.

Specifications

Model

Esonic PC Intel Duel Core

Processor Generation

Intel Duel Core ( No Warranty)

Processor Brand

Intel

Processor Model

Intel Duel Core

LGA 775 Socket Processor (Warranty No)

Cooling Fan

1. Tech

Motherboard Brand

Esonic 31M

Motherboard

Esonic 31 Model Intel Chaina Brand Motherboard DDR2

LGA 775 Socket Duel Core Intel Processor (Warranty 1 Years)

Chipset

Intel

RAM

2 GB DDR2  Desktop RAM (Warranty 05 Months)

RAM Type

DDR2

Computer Casing

Gigatech Model No:  SX-3017,  Black Micro-ATX Desktop Case

HDD

320 GB Hard Disk Drive

Keyboard

Fast Key Keyboard (Normal)

Mouse

1. Tech Mouse (Normal)

Speaker

No Speaker 

Processor Intel Duel Core Processor With (No Warranty) Motherboard Esonic Chaina Brand 775 Socket Based Processor Micro ATX Motherboard With 01 Years Warranty. Ram 2 GB DDR2 05 Months Warranty. HDD Casing Micro-ATX Black Desktop Casing with Standard PSU

Quick Overview Esonic 31 PC Intel Duel Core Mainboard 2GB Ram

• Mainboard- Esonic Intel Motherboard 31 DDR2 LGA 775 Socket (Warranty 1 Years).
• Processor Model – Intel Duel Core 775 Socket Processor (Warranty No).
• RAM – 2 GB DDR2.
• HDD-  320 GB Hard Disk Drive.

• Intel® Core™2 Quad / Core™2 Duo CPU support
  This motherboard supports Intel® LGA775 Core™ 2 Quad/ Core™ 2 Duo processors, which are excellent for multitasking, multimedia, and enthusiastic gamers with 1333/1066/800 MHz FSB. This motherboard also supports Intel® CPUs in the 45nm manufacturing process.Intel® G41 +ICH7Chipset
  The Intel® G41 Express Chipset is designed to support dual-channel DDR3 1333/1066, 1333/1066/800 Front Side Bus (FSB), PCIe 1.1, and mutli-core CPUs. It especially includes Intel® Fast memory bandwidth and reduces the latency of the memory accesses