TAIPEI, Taiwan, Feb. 21, 2013 (GLOBE NEWSWIRE) -- Silicon Motion Technology Corporation (Nasdaq:SIMO) ("Silicon Motion" or the "Company"), a global leader in designing and marketing NAND flash controllers for solid state storage devices, today introduces SM2703, a new, cost-effective, single-channel, SD 3.0 UHS-I (Ultra High Speed Phase I) card controller with superior support for the vast majority of NAND flash, including 2y-nm, 1x-nm and 1y-nm TLC and MLC, including high-speed Toggle-Mode and ONFI standard DDR NAND. Our high performance SM2703 UHS-I controller delivers industry-leading data transfer rates of up to 95MB per second. SM2703 enables full HD video recording capability by digital cameras, smartphones and other mobile devices on both Class 4 and Class 6 SD flash memory cards using cost-effective TLC NAND flash. Alternatively, OEMs can utilize higher performance MLC NAND flash and SM2703 for UHS-I Speed Class 1, which is equivalent to SD Class 10 memory cards, for higher SDHC/SDXC memory capacity to deliver the best experience for faster data retrieval, flawless full HD video recording and high-speed continuous image capture by mobile devices.
"We have already had tremendous success in the UHS-I market since we introduced our first UHS-I controller, SM2702, beginning in 2011," said Wallace Kou, President and CEO of Silicon Motion. "Our SM2702 was used by a majority of the leading flash card brands, including most of the tier-one OEMs and module makers from the US, Korea, Japan, Taiwan and China. Our solution was widely adopted by customers because it was high performance, cost-effective, and supported the vast majority of available NAND components. By leveraging Silicon Motion's strong market share in UHS-I controllers and designing our next generation SM2703 using the same firmware algorithms as our SM2702, we can significantly shorten our customers' required development time and qualification cycle. To help accelerate market adoption of UHS-I memory cards, our SM2703 controller has been designed to be a cost-effective, 55nm single-channel solution that also provides customers with maximum flexibility in using MLC and TLC NAND flash of their choice while our proprietary configurable ECC engine significantly improves device endurance."