ADATA 2GB DDR2 800 / PC6400 DIMM

For a variety of computer configurations, the quality and capacity of RAM (Random-access memory) modules affect system stability and execution speed a great deal. ADATA memory modules are designed specifically to boost overall computer performance and ensure the stability of your systems. In thorough conformance with industry standards, the Premier Series memory modules are stringently tested to ensure their compatibility and reliability, making them your first choice for memory upgrades in terms of quality and affordability. Choosing ADATA  for your memory upgrade is a wise, worry-free decision that is backed by the same lifetime warranty that comes with all ADATA memory modules.

The ADATA DDR2 800MHz for desktops is a module composed of Double Data Rate SDRAM in the lower parasitic-loading FBGA (Fine-pitch Ball Grid Array) packaging on a 240-pin glass-epoxy printed circuit board. Running at 1.8 volts and 800MHz of the clock, the transmission bandwidth can achieve up to 6,400 MB/s by PC2-6400 specification.

Conforms to Standards, Lives Up to Your Expectations

ADATA strictly adheres to quality standards, including those set by JEDEC (the Joint Electron Devices Engineering Council) and ISO9001 . ADATA makes certain that the stability and performance of every memory module meets the highest quality criteria. Part of this process includes stringent testing of each memory module, requiring a 100% burn-in test score, thus ensuring compatibility and reliability with all major-brand motherboards. Choosing ADATA products is the cost-effective solution for memory upgrade, due to the assured quality in compatibility and reliability. 

What is DDR2?
DDR2 SDRAM (Double Data Rate Two Synchronous Dynamic Random Access Memory) allows higher bus speed, reduces power consumption by about 50%, and delivers enhanced performance and data throughput rate. Complete with FBGA (Fine-pitch Ball Grid Array) packaging, DDR2’s bus frequency is better, seen in the enhanced electrical interface and improvements in heat dissipation. Each chip carries a maximum storage capacity of up to 4 Gigabytes, significantly enhancing the capacity when compared to older modules.