A-data Adata 2GB Memory Module - AD2U800B2G5-R 2 GB PC2-6400 DDR2 RAM (AD2U800B2G5R)

ADATA AD2U800B2G5-R 2048MB PC6400 DDR2 Memory - 800MHz, 1x2048MB, 5-5-5-18, Non-ECC, Unbuffered

ADATA DDR2 provides the memory upgrade solution, unsurpassed in quality and performance for desktop, or workstation systems.

ADATA DDR2 800Mhz 2GB CL5 Single Desktop Memory Module AD2U800B2G5-R

Premier Series memory modules conform with JEDEC standards and are stringently tested to ensure their compatibility and reliability, making them the first choice of memory upgrade for value-driven users; ADATA memory modules all come with product lifetime warranty. ADATA announces the Number-1 DDR2-800 module which is the first one to achieve the 800MHz of DDR2 speed in the world and pass the ATI Radeon Xpress200 QVL, and this amazing module is available now. This module configuration is by 128x8 (1Gbit) die / 256x8 (2Gbit) die, 8 pcs dies in 1 rank, 16 pcs dies in 2 rank. DDR2-800 is officially supported by AMD and Intel platforms. This DDR2 module is designed to meet the 800MHz data-rate specification of the JEDEC (Joint Electron Device Engineering Council) standard, but it seems to own the huge potentiality to draw out higher performance in ADATA laboratories. By 1.8V low-voltage application, DDR2 modules can reduce about 50% power consumption, which is compared with 2.5V (DDR) power supply on the same operation speed. In order to achieve so amazing high operation speed, ADATA applies the lower parasitic- loading FBGA (Fine-pitch BGA) package to run in full-speed without extraneous loading. Compared with DDR, DDR2 owns four key technologies pave the way to high-speed operation and low power consumption. 4-bit prefectch DDR2 archieves the high-speed by four times the transmission amount of data . It also doubles the data rate of DDR. In the 4-bit prefetch architecture, READ or WRITE can achieve the four times the amount of data in a really internal bus clock. This is why the DDR2 can operate in four times faster than the internal operation frequency.