EVGA 01G-P3-N945-LR GeForce 9400 GT 1GB DDR2 PCI-E 2.0 Graphics Card

The features of the 9400 GT 01G-P3-N945-LR include the GeForce 9400 GT(550MHz clock) chipset, 1GB of 128-bit DDR2 memory with a 400 MHz clock with an effective rate of 800 MHz, 1400MHz Shader Clock, 16 processing cores, PCI Express 2.0 compatibility, Dual DVI-I connectors, 12.8GB per second memory bandwidth, NVIDIA unified architecture, Full Microsoft DirectX 10 support, NVIDIA PureVideo HD technology, and OPEN GL 2.1 support. Built for Microsoft Windows Vista. This product comes with a one year warranty with one additional year free with registration. Product must be registered at www.evga.com within 30 days of purchase to get the free second year of warranty.

PNY OPTIMA 2GB (2x1GB) Dual Channel Kit DDR 400 MHz PC3200 Desktop DIMM Memory Modules MD2048KD1-400

2GB Kit (2x1GB) PC3200 400MHz DDR Desktop DIMMs , notebook computers and processors such as Intel¿s Pentium, Celeron, AMD¿s Athlon, Sempron and others. PNY upgrade modules are compatible with systems from Apple, Compaq, DELL, Gateway, HP, IBM and over 5000 other systems. Boost the performance of your PC to its maximum capability. PNY memory upgrades will prove to be an outstanding value both now and in the future.

Intel Core 2 Quad Q9550 Quad-Core Processor, 2.83 GHz, 1333MHz FSB

Starting with Intel's revolutionary new high-efficiency, high-performance 45nm processor technology, Intel engineers decided to go one step farther in the performance department. By including up to 12 MB of shared L2 cache and Front Side Bus speeds of up to 1333 MHz, the Intel® Core™2 Quad processor pushes the technological innovation envelope farther than ever before. For users, this means the latest and most advanced software applications can open and run faster than ever before with superior responsiveness. When used with the latest multimedia software and next-generation games, dropped frames, long waiting times and stuttering performance are history.

Intel Technology
45nm Hafnium-Based Architecture. Thanks to a naturally occurring element called Hafnium, Intel engineers were able to shrink the size of new Intel processors and pack more computing technology into less space. The result is improved performance with less energy wastage.