OCZ Technology Group, the worldwide leading provider of innovative, ultra-high performance and high reliability memory, has recently announced the introduction of its new Gold Series Secure Digital High-Capacity (SDHC) flash memory cards. The fresh OCZ parts are meant to deliver unmatched performance to professional photographers and videographers, while also offering ample storage capabilities for high-resolution pictures and video.

OCZ's premium memory cards are promoted to be able to provide incredible speeds and capacities to photography enthusiasts, allowing them to enjoy the tailored storage they demand. The new OCZ Gold Series SDHC cards feature capacities of 4GB, 8GB and 16GB, while coming with an industry-leading Lifetime Warranty. In addition, the free technical support OCZ offers for the parts is meant to provide the ultimate peace of mind to customers.

“OCZ’s new Gold Series SDHC cards are designed for professional photography and high definition video applications where enthusiasts demand the highest level of performance to match the file sizes and speed capabilities of their specialized cameras and video equipment,” commented Alex Mei, Chief Marketing Officerof the OCZ Technology Group. “The new Gold Series cards make use of premium quality flash and are optimized for shooting large RAW files with the latest D-SLR cameras and exceed the performance requirements of the latest 1080 high definition camcorders.”

The fresh OCZ Gold Series SDHC cards come as the perfect choice for the latest D-SLRs and HD video cameras. They provide exceptional shooting performance, speed and reliability, while accelerating photo and video transfers from card to computer. Featuring Speed Class 6 at 150X write rate, the Gold Series has been designed to offer HD video enthusiasts and photography professionals a great solution for capturing large volumes of high resolution images and video.

More details on the new OCZ Gold Series SDHC flash cards, product specifications and selling points are available on the company's site.