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Mobiveil's Smallest Footprint Low-Density Parity Check LDPC-Based Flash Reliability IP Provides Extended Durability for NVM Express-Based Solid-State DrivesMobiveil's Patented LDPC-Based Flash Reliability IP, Enterprise Flash Controller, and Universal NVM Express Controller Reduces SSD Designers' Time to Market MILPITAS, CA -- March 27, 2015 -- Mobiveil, Inc., a fast growing supplier of silicon intellectual property (SIP), platforms and IP-enabled design services, today announced Low-Density Parity Check LDPC-based flash reliability IP that offers solid-state drive (SSD) System on Chip (SoC) and FPGA designers a silicon footprint half the size of other LDPC IP blocks currently on the market. Combining the compact, extended reliability LDPC IP with Mobiveil's Enterprise Flash Controller IP and Universal NVM Express Controller (UNEX) IP drastically reduces time to market, by providing designers a fully proven and integrated platform. "As a leading supplier of memory and high-speed interface controller intellectual properties and platforms, Mobiveil is proud to introduce its small footprint extended reliability LDPC IP," says Ravi Thummarukudy, CEO of Mobiveil, Inc. "As NAND flash technology migrates from 2-bit per cell MLC to 3-bit per cell TLC, the long term endurance of these cells decline and sophisticated error correction schemes, like LDPC are needed in solid state drive designs to offset this decline. Mobiveil's small footprint, extended endurance LDPC IP provides superior performance while seamlessly combining with our existing UNEX NVMe and Enterprise Flash Controller IP to provide our customers a complete IP solution for building solid state drive designs for enterprise and client applications." "Implemented in the smallest area with the industry's lowest power consumption, the Mobiveil LDPC technologies exploit the actual physics-based flash device characteristics to extend the durability of the flash memory," declared Andrei Vityaev, Member of Mobiveil's Advisory Board. "The Mobiveil LDPC IP dramatically extends the endurance and retention of NAND Flash and other block-based memories compared to currently available solutions, enabling next-generation solutions to use 1x/1y/1z nm, 3D technologies with significantly improved reliability and endurance." The Solid State Drive Market About Mobiveil LDPC IP Availability About Mobiveil
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