Bangalore, 6 January, 2016 – Transcend Information Inc, a leading manufacturer of industrial-grade products, has announced its newly developed SuperMLC technology featuring a cost effective solution yet with nearly equivalent performance to SLC NAND flash. By adjusting firmware coding and preselecting high quality flash chips, Transcend has successfully developed SuperMLC technology that breaks through the performance bottleneck in small capacity SSD to reach 4 times of sequential write than MLC NAND flash and up to 30,000 times of P/E cycles. Soon, Transcend plans to release brand new industrial-grade SSD models embedded with SuperMLC technology, offering industrial enterprises ideal alternative to SLC-based solutions for superior quality at affordable prices.

Between Single-Level Cell (SLC) and Multi-Level Cell (MLC) NAND flash, Transcend has successfully developed SuperMLC technology by reprogramming the two bits per cell of MLC into one bit per cell to greatly boost its performance and endurance, especially in small capacity SSD. The sequential write speed can reach up to 4 times faster than MLC flash chips and provides up to 30,000 times of P/E cycles. SuperMLC technology offers better reliability and endurance than MLC flash chips though this practice halves capacity considering the double occupation of cells for two bits. It is still a good trade-off for industrial enterprises to obtain superior quality that is nearly equivalent to SLC NAND flash at the most cost-effective price. Transcend SSDs with SuperMLC technology aim at industrial-grade applications, such as embedded automation computers, engineering machines and fanless PCs.

To ensure the utmost level of quality, all Transcend industrial-grade products undergo extensive testing in all stages of production. Upcoming brand new industrial-grade SSD models built in SuperMLC technology include 2.5” SSD (SSD510K), mSATA SSD (MSA510), half slim SSD (HSD510) and M.2 SSD (MTS460 & MTS860) which are expected to be released in 2016. Please visit Transcend website or send us an email to find out more information.