![]() With just one bit of data per cell, Transcend’s SuperMLC flash can speed up data access, offering sequential write speed up to twice faster than MLC flash chips. Between SLC and MLC NAND, Transcend’s exclusive SuperMLC technology adjusts the firmware coding and reprograms the two bits per cell of MLC into one bit per cell, just like SLC NAND. How does SuperMLC work?Įach MLC cell holds 2 bits of data - 00, 01, 10 or 11, while a SLC cell holds just 1 bit - 0 or 1. Though the total capacity is reduced, Transcend’s SuperMLC NAND greatly boosts speeds, endurance and reliability at lower prices. Note: P/E cycles vary by NAND flash type and manufacturing process node. Transcend has exclusively developed SuperMLC technology, offering performance almost equivalent to SLC NAND flash. However, the cost of SLC is also the highest compared to MLC and TLC. ![]() Amongst the three, SLC flash has the best performance, endurance and reliability. They are respectively called Single-Level Cell (SLC), Multi-Level Cell (MLC), and Triple-Level Cell (TLC). ![]() Nowadays, a NAND flash can store one, two, or three bits of data per cell. hroughout the exhibition, Transcend will display four main categories including their solid-state drives, SuperMLC memory solutions, Apple solutions and its new USB Type-C solutions. Transcend will be attending NAB Show 2017.
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