Super Talent 2.5 inch 55GB TeraDrive CT2 SATA2 Solid State Drive(MLC)
Super Talent 16GB Core Store MP PCIe Solid State Drive(SLC)
Super Talent TeraDrive CT2 115GB 2.5 inch SATA2 Solid State Drive (MLC)
Super Talent TeraDrive CT2 240GB 2.5 inch SATA2 Solid State Drive (MLC)
Super Talent TeraNova 240GB, 2.5", SATA 6Gb/s Solid State Drive (FTM24N325H)
Super Talent TeraNova 120GB 2.5 inch SATA3 Solid State Drive (MLC)
Super Talent FTM48N325H TeraNova 480GB, 2.5-Inch, SATA 6Gb/s Solid State Disk
Super Talent 128GB MLC mSATA Full Size Solid State Drive for JEDEC MO-300B
Super Talent 1.8 inch 128GB MasterDrive KX3 uSATA II Solid State Drive(MLC)
Super Talent SuperNova3 2.5 inch 512GB SATA3 Solid State Drive (MLC)
Super Talent SuperNova3 2.5 inch 128GB SATA3 Solid State Drive (MLC)
The mSATA DX1 provides high reliability and performance as storage media, and it opens up some very exciting possibilities for both the Industrial and Commercial storage market. The mSATA DX1 are substantially smaller, lighter and consumes less power...
Super Talent Dura Drive AT6 256GB SSD Sequential Read Max (MB/Sec) 483 Sequential Write Max (MB/Sec) 405 Sector Size: 512Bytes.
The 1.3-Inch IDE/PATA ZIF SSD provides high reliability and performance as storage media, and it opens up some very exciting possibilities for both the Industrial and Commercial storage market. The 1.3-Inch IDE/PATA ZIF SSD are substantially smaller,...
Super Talent 256GB 1.8” IDE/PATA ZIF Solid State Drive, MLC NAND Flash
Super Talent FEU128MD1X Solid State Drive features Access Time: 0.1 ms. Shock: 1500G (operating). Vibration: 16G (operating). MTBF: >1,000,000 hours. Data Reliability: Built-in EDC/ECC function. Wear Leveling Algorithm: Patented. Power Supply: 3.3V ± 5%.
Super Talent 64GB 1.8” IDE/PATA ZIF Solid State Drive, MLC NAND Flash
Super Talent 32GB 1.8” IDE/PATA ZIF Solid State Drive, MLC NAND Flash
A Solid State Disk (SSD) is a storage device that is based on semiconductors rather than rotating magnetic platters. Most SSDs, including Super Talent's offerings, are based on NAND Flash chips because they are fast, highly reliable, widely available...
