Information Technology

Engineered from the ground up specifically for use in portable computers, Transcend's notebook modules use the highest grade, brand-name DRAM chips available, which are selected only after passing of our stringent performance and stability evaluation, including rigorous testing in extreme environments. These compact memory modules offer an unrivaled level of compatibility and stability that far outclasses the competition. Suitable for use in notebooks of virtually every brand and type, Transcend memory modules are at the heart of many high-quality, extremely reliable computers. Moreover, to assure ultimate cross-platform compatibility and stability, each module is tested in many different system configurations that include mainstream notebooks and popular software programs.

Built extra-rugged with excellent temperature flexibility and high performance, Transcend's CF220I Industrial Temp CF cards are specifically designed for industrial use and mission-critical applications.

Transcend's CF300 cards are high-speed industrial CF cards offering impressive 300X transfer rates. With ultimate performance and durability, the CF300 CF cards are perfect for POS and embedded systems that require both industrial reliability and ultra high speed data transfer.

The pearl white JetFlash 170 makes fast data transfer possible in any situation. Thanks to its use of SLC Flash technology, the JetFlash 170 offers peak performance and long-term reliability, operating effectively in the most demanding conditions. Its elegant design features streamlined contours and a smooth white finish, complete with a neat blue color band.

Engineered specifically for use in today's latest high-powered dedicated servers and workstations, Transcend's DDR3 Registered DIMM offers unparalleled stability and synchronized performance in configurations where many modules are installed. These modules also feature a revolutionary new on-board thermal sensor, which allows the system to monitor temperatures and redistribute memory load--a process that can greatly enhance memory reliability, efficiency, and overall system stability.