OCZ Announces Dual Channel Gold Memory Featuring HyperSpeed® Technology. 2003-05-23


SUNNYVALE, CALIFORNIA
OCZ Announces Dual Channel Gold Series EL DDR optimized for the Canterwood chipset.

OCZ is pleased to announce the release of OCZ Dual Channel Gold EL DDR memory, based on OCZ's recently devloped Hyperspeed* and Extended Voltage Protection** (EVP) technologies.

OCZ HyperSpeed® technology denotes specific OCZ EL DDR ICs built and selected for their ability to run at the highest possible frequency. EVP protection allows the modules to tolerate higher voltage without compromising stability.

"OCZ is dedicated to developing the most compatible high speed memory on the market." Said Steve Lee, Director of Strategic Business Development. "OCZ's proprietary technology makes our modules the best solution for Intel's new dual channel chipsets." Visit our product page here.

http://www.ocztechnology.com/product...l+Channel+Gold

OCZ Dual Channel Gold memory will be shipping in 512 PC-3700 Dual Channel optimized kits rated at CL 2-3-7-3 with an operating frequency of 2.75 volts. Each module is backed by OCZ's Lifetime Warranty and features a Gold layered copper heatspreader.

OCZ Dual Channel Gold memory has been designed specifically for use with the Intel Canterwood and Springdale chipsets, and thus offers the best performance on these platforms .

*OCZ HyperSpeed® technology denotes specific OCZ EL DDR ICs built and selected for their ability to run at the highest possible frequency. HyperSpeed® enabled modules contain firmware and are built on a PCB that is optimized for the highest possible frequency and due to these optimizations the modules may not allow latency faster than 2-3-6-3, regardless of the module frequency.

** OCZ Extended Voltage Protection® circuit protection allows modules to handle higher voltages through a novel voltage protection circuit. OCZ EVP® protected modules tolerate VDIMM voltages of up to 2.9 volts +/- 5% and are covered by the OCZ lifetime warranty if overvolted within EVP® tolerances.