M 2 2242 sata ssd

SSD 2 bays docking station, with USB 3.2 Type-C interface. Suitable for M.2 SATA/ NVMe SSD.  Features:  Features fast data processing: up to 10Gbps (each slot), 2 bays can transfer data at the same time. Offline copy speed 1500Mbps. Supports 4TB disk capacity each slot. Plug&Play, no driver required. 2in1 cable is included for connecting to USB Type-A or USB Type-C ports. Cable length 30cm. The body is made of aluminum.   Technical data:  Dimensions: 102x66x13 mm. Compatible SSD: SATA / NVMe M.2. Support Interface: M.2 NVMe M key / M.2 NVMe B+M key. Supported disc size: 2230, 2242, 2260, 2280, 22110 mm. Power adapter:5V / 3A EU. Input: USB Type-C. USB version: 3.2 Gen2. Connection: USB Type-C / USB Type-A. Maximum capacity: 4TB. Data transfer speed: up to 10Gbps. Compatible with the operating systems: Windows/ Mac OS/ Linux/ Android. Material: aluminum. Color: black. Weight: 118g.  Warranty: 12 months.

Transcend's ultra-compact SATA III 6Gb/s M.2 SSD 430S addresses the high-performance needs and strict size limitations of small form factor devices, best suited for Ultrabooks and thin, light notebooks. Boasting high-quality flash chips, DDR3 DRAM cache, and enhanced firmware algorithms, Transcend's M.2 SSD 430S delivers optimal reliability.

Transcend's SATA III 6Gb/s M.2 SSD 400S boasts ultra compact dimensions to address the high performance needs and strict size limitations of small form factor devices, best suited for Ultrabooks and thin, light notebooks. Featuring a powerful controller, exceptional transfer speeds, and MLC NAND flash memory, the M.2 SSD 400S easily handles everyday computing tasks as well as demanding multimedia applications, delivering steadfast reliability.

Transcend's ultra-compact SATA III 6Gb/s M.2 SSD 430S addresses the high-performance needs and strict size limitations of small form factor devices, best suited for Ultrabooks and thin, light notebooks. Boasting high-quality flash chips, DDR3 DRAM cache, and enhanced firmware algorithms, Transcend's M.2 SSD 430S delivers optimal reliability.