[url=http://www.ocztechnology.com]OCZ[/url] hat seinen neuen DDR2 PC2-8800 Gold Dual Channel vorgestellt. Dieser arbeitet mit einem Takt von 1.100 MHz noch mit Timings von CL 5-6-6-15 (CAS-TRCD-TRP-TRAS) bei 2.2 Volt. Es sind sowohl 1 GB Module als auch ein 2 GB Dual-Channel Kit verfügbar.OCZ Technology Group, a worldwide leader in innovative, ultra-high performance and high reliability memory, today announced the first ever production DDR2-1100 modules, developed for the latest processors from AMD® and Intel®. The new OCZ PC2-8800 Gold Edition will offer computer enthusiasts and gamers unparalleled performance and the piece of mind they are guaranteed to produce the world’s fastest memory speeds within their personal desktop or gaming system.With AMD AM2 and Intel Conroe processors both supporting DDR2, consumers are now concerned with fast, high speed DDR2. The PC2-8800 Gold Edition is not only optimized for the latest CPU architectures, but demonstrates OCZ’s commitment to consistently offer customers the innovative solutions they demand while forging ahead of platform technology and inevitably challenging the industry to develop higher performing DDR2 platforms.
“DDR2 speed grades evolve faster than anybody would have thought to be possible,” commented Dr. Michael Schuette, VP of Technology Development at OCZ Technology Group, “and we are proud that OCZ has played a major role in this push for new performance superlatives. The result of our constant effort to fine-tune components and maximize their performance, once again pays off in our release of the world’s first 1100 MHz DDR2 system memory modules.”
OCZ PC2-8800 Gold Edition modules are rated to run at 5-6-6 timings and will be available in dual channel 2GB (2x1024) kits. The unique design used in the award winning OCZ XTC heatspreaders optimizes the thermal management of memory modules by promoting greater airflow than conventional heatspreader designs. All OCZ Technology memory is backed by an industry-leading Lifetime Warranty and direct Technical Support.