KINGMAX ECC Registered DIMM Memory passes CMTL certification

2004/07/15

Kingmax Technology, a leader in professional memory solutions, announced that its 184-pin DDR266 ECC Register DIMM memory modules for Server/Workstation use have successfully passed CTML (Computer Memory Test Labs) compatibility certification. CMTL is the memory industry's most respected memory registration organization with the industry's strictest standards for memory compatibility, stability, performance and quality. CMTL certification means that KINGMAX DDR266 ECC Registered DIMM memory, when used in conjunction with Intel SE7501HG2 and other Intel-based servers and workstations, will perform to the highest levels of compatibility and stability, significantly improving signal transfer speed and the overall performance of the entire system.

KINGMAX DDR266 ECC Registered DIMM memory includes 2.5V low-power consumption and eight-layer PCB design features to reduce interference to the lowest possible levels, resulting in radically improved stability. Additionally, KINGMAX's experienced R&D team has designed the ECC Registered DIMM with innovative new power and circuit layout designs to provide improved heat dispersion and data transfer speeds so that servers and workstations can achieve extreme performance.
All KINGMAX Registered DIMM memory products undergo rigorous, comprehensive testing processes to ensure compatibility with a wide range of Intel and AMD system-based servers and workstations. Additionally, they include Kingmax's Global Lifetime Factory Warranty quality assurance to ensure that KINGMAX Register DIMM is the best choice for use in high-end servers and workstations requiring extreme performance, compatibility and stability.

KINGMAX DDR Register DIMM features:
Power supply : Vdd=2.5V ± 0.2V, Vddq=2.5V ± 0.2V
Double-data-rate architecture;two data transfers per clock cycle
Differential clock inputs(CK and /CK)
Programmable Read latency 2.5,3 (clock)
1,200mil height & double sided
Auto & Self refresh, 7.8us refresh interval(8K/64ms refresh