OCZ today announced the launch of the OCZ
Value Pro Series with the OCZ DDR2 PC2-4200.
The competitively priced OCZ Value Pro Series ensures a more superior desktop
computing experience than standard mainstream memory. The Value Pro line offers
the highest level of product reliability and compatibility through extensive
quality testing and partnerships with leading motherboard and platform
providers. Unlike competitors, all OCZ Value Pro modules utilize pure copper
heatspreaders for the most efficient heat dissipation and offer unparalleled
peace of mind with an industry-leading OCZ Lifetime Warranty.
The OCZ PC2-4200 Value Pro line will be available in 512MB, 1GB, and 2GB modules
to cover a diverse range of computing needs.

OCZ Technology Group, a worldwide leader in innovative, ultra-high
performance and high reliability memory, today announced the launch of the OCZ
Value Pro Series with the OCZ DDR2 PC2-4200.

The competitively priced OCZ Value Pro Series ensures a more superior desktop
computing experience than standard mainstream memory. The Value Pro line offers
the highest level of product reliability and compatibility through extensive
quality testing and partnerships with leading motherboard and platform
providers. Unlike competitors, all OCZ Value Pro modules utilize pure copper
heatspreaders for the most efficient heat dissipation and offer unparalleled
peace of mind with an industry-leading OCZ Lifetime Warranty.

“The PC2-4200 Value Pro modules make high speed DDR2 more affordable than ever.
At 533 MHz operating frequency with medium latencies and featuring copper
heatspreaders, the Value Pro series delivers the best bang for the buck,”
commented Dr. Michael Schuette, Director of Technology Development at OCZ
Technology. “Lower cost, on the other hand does not mean that there is any
sacrifice with respect to reliability and quality since every module is
hand-tested and backed by the OCZ Lifetime Warranty.”

The OCZ PC2-4200 Value Pro line will be available in 512MB, 1GB, and 2GB modules
to cover a diverse range of computing needs.