14 DAY TRIAL // OCZ Technology Group announced the launch of another high-end random access memory solution from its Reaper HPC (Heat Pipe Conduit) range of products that comes with a unique design coupled with very low latency timings and generous capacity. The 4GB PC2-6400 Reaper CL4 series from OCZ is aimed at providing ''rock-solid stability and performance'' while being compatible with the latest mainboard and central processing units.
The latest OCZ memory kit is especially designed and manufactured for the gaming and computer enthusiast market segments as it combines a high memory density and thus great capacity with low timings and increased stability that translate into high performance when used to run new, top of the line games and intensive applications. The stability of the high quality memory chips is further enhanced by the presence of the OCZ patented heat dissipation unit, the HPC heatspreader, that is based on an all copper heat pipe design coupled with a compact aluminum fin array.
''The new Reaper HPC 4GB Cas 4 kits offer consumers a premium memory solution complete with innovative cooling,'' stated Jacky Huang, VP of Product Management, OCZ Technology Group. ''Due to an advanced thermal design the Reaper HPC high density 4GB kit offers consumers a robust product for gamers, system builders, and case modders looking for a premium solution for all platforms.''
The OCZ-made Reaper HPC 4GB Cas 4 random access memory kit is coming with two 2GB memory modules and it is completely compliant with the DDR2 JEDEC approved memory standard while running at a clock speed of 800MHz. Despite its high operating frequency, this OCZ kit is coming with low timings of 4-4-4-15 and it is perfectly suited for use with mainboards capable of supporting dual channel configurations.
Like all OCZ memory solutions, the Reaper HPC 4GB Cas 4 kit also comes with a lifetime warranty while being powered by 2.1V while providing to its users the benefits of the 2.2V OCZ Extended Voltage Protection or EVO for short that lets users increase the voltage and overclock the memory sub-system without damaging or voiding the warranty of their memory modules.