addlink M.2 SSD 1TB X70 RGB Gaming up to 3400 MB/s with Heatsink NVMe PCIe Gen 3x4 3D TLC NAND M.2 2280 Internal Solid State Drive

• 【Specification】Capacity: 1TB ; M.2 2280 PCIe Gen3x4 NVMe 1.3 interface ; Thickness: 9.1cm
• 【Performance】Sequential Read Speed up to 3400 MB/s; Write Speed up to 3000 MB/s ; Easy upgrade for speeding up computer performance
• 【Heatsink design】Integrated Diamond-cut metal heatsink with superior cooling design ; Customizable RGB lighting effects sync with all major Motherboard brands
• 【Compatibility】M.2 2280 Form Factor supports the latest Intel and AMD platforms
• 【Warranty】5 Years or 1600 TBW limited Warranty ; Windows 10 and 8.1 systems provide native support to PCIe NVMe SSDs. X70 does not come with driver and firmware

addlink's X70 M.2 PCIe SSD is powered by the latest 3D NAND technology and PCIe Gen3x4 NVMe interface, with four lanes used for transmitting and receiving data simultaneously, resulting in compelling performance of up to 3400MB/s read and 3000MB/s write for 1TB capacity. The heatsink keeps controller and memory temperatures low, ensuring that SSD performance won't be compromised. This is crucial to gaming since components heat up significantly during game play. Experience the next generation of computing, with faster and smoother in game streaming and graphic intensive rendering. X70 SSD aims at high-end applications, such as gaming, photo/video editing, 3D animation and rendering, and other intensive applications; which constantly processes heavy workloads with no system lags or slowdowns. Powered by 3D NAND flash memory, the X70 not only provides fast transfer speeds but also unmatched reliability and better endurance. X70 M.2 SSD is engineered with a RAID engine and LDPC (Low-Density Parity Check) coding, a powerful ECC algorithm, to keep data secure. Manufactured with high-quality flash chips, and engineered with dynamic thermal throttling mechanism, the X70 guarantees superior endurance and stability for high-end applications. *Actual performance varies by capacities, host device, user applications, and other factors.