Vantec NexStar SX, USB 3.2 Gen2x2 (20Gbps), M.2 NVMe Enclosure only, USB C, Design for Two Modules Storage (NST-262C3)
Vantec NexStar SX, USB 3.2 Gen2x2 (20Gbps), M.2 NVMe Enclosure only, USB C, Design for Two Modules Storage (NST-262C3)
This Enclosure is designed for Two M.2 NVMe Modules with a Maximum Total Capacity of 32TB (16TB per bay max, as of this writing, maybe more later). This is an enclosure only. You can use to house two M.2, there It works as two individual drive letters storage. It can be used as a clone enclosure to clone from Source to Target while online. Designed to be fast using native USB C with USB 3.2 Gen2x2, 20Gbps Speed. Two marked USB C ports for Power/Data and Power Only to supplement your NVMe power requirement. The whole Aluminum enclosure is designed to be the heatsink for both of the M.2 NVMe, it is tested for Heat Dissipation, no drivers are required, Plugged and Ready, and supports all current OS available on the marketplace.
Product Features
- This is an enclosure ONLY with no storage capacity. You can use it to house your two M.2 NVMe module. Access data on both M.2 NVMe as individual drive; Designed for Backup purposes and/or Secondary Storage
- Compatible with all M.2 NVMe of sizes 2230, 2242, 2260, 2280; Use as a Data recovery tool and/or Transfer data between drives; Not for M.2 SATA; Uses USB 3.2 Gen2x2 (20Gbps*), native USB C, USB C to C/A cable; USB power port for additional power if needed
- Tested maximum capacity: 16TB. The User total M.2 NVMe power requirement will dictate how much power is required from your USB port. If the users USB port cannot provide enough power to this enclosure, it is necessary to use the provided USB C Power Port to supplement power. The total power required by the user M.2 cannot be more than what your USB port can provide. *** USB Actual Speed may vary, Maximum Speed cannot be achieved when using USB Type-A port.
- No driver needed, plugged & ready; Compatible with All OS with USB support, UASP, BOT, TRIM; Can use Cloning Software** to Clone NVMe to NVMe