Working together with leading accessory and memory manufacturer G.Skill, ASUS proves once more innovation and perfectionist persistence go a long way, this time helping deliver the fastest ever DDR3 memory.
The joint efforts of ASUS and G.Skill have resulted in record-breaking performance out of brand new dual-channel DDR3 memory, reaching amazing frequencies of 2.5GHz. Such speeds have never before been attained for commercially-available DDR3, hence this achievement further illustrates the dedication both companies and their staff possess for delivering the finest, most rewarding experience to consumers worldwide.
Obtaining such speeds on dual-channel DDR3 required quite a significant amount of tuning and experimentation. The feat was finally accomplished on ASUS P7P55D-E Deluxe and P7P55D-E EVO motherboards, which have significant overclocking feature enablement built in to their designs.
The DDR3 memory in question was also custom-tailored for performance with Intel’s new Core i5/i7, with the clear purpose of making the most of the power potential of these capable processors. The overarching philosophy guiding ASUS and G.Skill hasn’t been the mere pursuit of higher speeds, but rather the removal of bottlenecks and limitations that have been holding back productivity and enjoyment for PC users since the earliest days of computing.
While getting to record-breaking speeds can be done, doing so with stability and long-lasting benefit to users requires an entirely higher level of commitment and expertise. ASUS and G.Skill have therefore managed not only the achievement of the world’s fastest DDR3 memory, but have also done so to stable results. The new memory kit has been tested over prolonged usage periods to ascertain its reliability, so that it can be marketed with confidence to consumers keen on absolute performance and the very finest in overclocking.
As the demands of users continue to increase, so should the technology that goes into PCs keep pace. This is the only way to advance technology on a popular level, and ASUS continues to work hard to ensure progress.