Walton Chaintech Introduces APOGEE GT DDR3 2000 Memory Module
Taking Overclocking Potential to a New Stage
The overclocking memory module specialist, Walton Chaintech, announced its success in developing the world fastest DDR3 2000MHz memory module. With its high data rate, APOGEE GT DDR3 2000 Blazer series has turned out to be the best overclocking tool to bring out CPU performance while improving the operational function and enhancing the computer’s potential of any user.
APOGEE GT Blazer series has earned a performance over 14,000MB/S on the EVEREST Memory bandwidth read and write test, providing the high level professional product with a specially-made high clock memory for extreme overclocking. As the efficient heat-reduction is always a concern for power users, APOGEE GT Blazer series’ performance is well enhanced when it is used with Cool It Smart heatsink design. APOGEE GT DDR3 2000 (PC3-16000) is rated to run CL 9-8-8-24 to take the latest Intel platforms to the highest level ever.
APOGEE GT DDR3 2000 is made of 8 pieces, Micron D9G 128Mx8 chips, which are well known for their exceptional overclocking capability. Each chip is handpicked for meeting strict performance and quality requirements. Not only that, all chips are manufactured of using Fine-Pitch Ball Grid Array (FBGA) packages to assure better thermal dissipation and electrical efficiency.
APOGEE GT DDR3 2000 memory modules are available in 2GB dual channel kit (1GBx2). The modules are specifically engineered and designed for exacting power users. Each module is 100% tested for quality assurance and compatibility, ensuring customers to enjoy an extreme user experience either for gaming or other multimedia applications with high computing needs.
Walton Chaintech has been dedicated in improving its competitiveness in the global market and provided customers with the most advanced products of unbeatable quality. Without doubt, the company’s continuous effort in technology development enables APOGEE GT DDR3 2000 memory modules become a perfect choice for any high-performance system.
Friday, December 28, 2007
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