Micron ships RealSSD C400 mSATA SSD into slimmer Ultrabooks

Micron Technological innovation, Inc. (Nasdaq:MU), one of the best services of innovative semiconductor alternatives, today declared a new solid-state generate (SSD) that increases Micron's customer product collection to offer the quickly growing Ultrabook™ classification. The recently declared generate is depending on the confirmed structure of Micron's popular RealSSD™ C400 pushes, offering the same powerful and stability.

The C400 mSATA generate is designed to work in ultrathin, high-performance SSD-based techniques and can also act as a storage cache generate in dual-drive techniques. SSD-caching techniques have both a hard-disk generate and a low-capacity SSD. These techniques use software to instantly recognize the most frequently used data files and programs and then access those data files from the SSD, offering greater efficiency than a hard-disk generate, but at a lower cost point than a stand-alone SSD.

The mSATA type factor is an growing conventional that allows ultrathin laptop computer companies to include a high-capacity SSD in a space that is about one-third of the size of a conventional card (3cm x 5cm). That small impact, in addition to the C400's built in energy benefits, lightweight, and longevity, make this generate perfect for new cellular styles.

"Efficient memory and storage space are key elements to convenient processing," said Bieber Sykes, Micron's gm of customer SSD alternatives. "Our new mSATA ships on the true guarantee of SSD technology – high-performance storage space in a small, low-power program. Splitting away from the restrictions of enclosures intended for difficult hard pushes is a great step toward empowering truly traveling with a laptop systems."

The RealSSD C400 mSATA SSD ships in capabilities including 32 gb (GB) to 256GB with a SATA 6 gigabits per second (Gb/s) program for the great data throughput that is perfect for the "instant on" responsiveness required by Ultrabook techniques. The drive's targeted great performance[1], low energy intake and caseless style allow better processing encounters in ultrathin type factors. Additionally, the established style harnesses Micron's confirmed 25 nanometer (nm) MLC NAND Display and developing and examining features.

The generate is currently in generation and is available through Micron's comprehensive submission system. A Crucial-branded edition will be available to customers this schedule one fourth through select international route lovers and at www.crucial.com.