A-DATA brings XPG DDR3 memory modules
- Thursday, December 4, 2008, 8:53
- Technology
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Technology Co., leading provider of high performance memory products, has launched its A-DATA XPG DDR3-1800+ memory modules integrated in its Plus Series, which is also incorporated with the company’s DDR3-1600+ memory kits. The new DDR3-1800+ modules can be availed in dual channel kits, 2GBx2 and1GBx2, plus in triple channel retail packs as 1GBx3 and 2GBx3.
The amazing 1800MHz speed of the memory kits is set off by the CL8-8-8-24 timings, which is capable of providing powerful performance to high-end systems. In addition, the high-frequency memory modules are tailored to function while keeping balance of great speeds, low latencies and low power consumption but for getting hot.
The company maintained that the 2GB/4GB dual channel module kits were put to test at 1800MHz, just like the 3GB/6GB triple channel ones. In addition, the supplier also stated that tests were carried out at latency settings 8-8-8-24 at 1.65V-1.85V.
The feature listing of the memory modules also comes integrated with (SPD) Serial Presence Detect programmed at JEDEC standard DDR3-1333 with latency settings at 9-9-9-24 for fundamental system booting. The specification list of the latest A-DATA XPG DDR3-1800+ memory modules are as follows:
(1) – all memory chips are verified utilizing overclocking criteria for better quality;
(2) – backward compatibility with DDR3-1600, 1333 and 1066;
(3) – high quality 6 layers PCB (Printed Circuit Board);
(4) – optimizations for 64-bit OS;
(5) – lifetime limited warranty.
A-DATA has managed to build in time a reputation of a supplier of always high quality. The DDR3-1800+ kits have passed burn-in testing and rigorous capability testing meant to guarantee stable operation over extensive periods of usage. The A-DATA Plus Series is intended for offering the compatibility, performance, and stability PC fans and gamers are on the lookout for, and it is capable of satisfying their requirements in terms of high-performance modules.
