The Kingston SFYR2S/1T0 is a high-capacity, high-performance solid-state drive (SSD) designed for advanced users and demanding environments that require speed and reliability. This model features a 1 TB capacity, ideal for storing large amounts of data and heavy applications, combining an M.2 2280 form factor that facilitates integration into devices compatible with this modern interface. It connects via NVMe PCIe 5.0 x4, ensuring ultra-fast data transfer and superior bandwidth, placing it at the forefront of current storage technology. In terms of speed, this SSD offers a sequential read of up to 14,200 MB/s and a sequential write of up to 11,000 MB/s, as well as impressive 4K random read and write speeds of 2,200,000 and 2,150,000 IOPS respectively, ensuring very fast loading and access times for operating systems and applications. It is equipped with DRAM cache and uses 3D TLC NAND memory to optimize speed and durability, along with an SM2508 controller that efficiently manages data flow. This SSD supports an operating temperature range from 0°C to 70°C and safe storage from -40°C to 85°C, with high reliability backed by a 2,000,000-hour MTBF, reinforcing its durability and quality for prolonged use. Regarding robustness, it resists vibrations both in operation and at rest, contributing to data stability in environments with movement or vibrations. Its compact dimensions and light weight of 80 x 22 x 2.3 mm and 7.7 grams, respectively, make it easy to install in laptops, high-performance PCs, and workstations that leverage PCI Express 5.0 technology. Additionally, this model is compatible with DirectStorage, an advanced feature that improves game and graphics application management and performance on modern Windows systems. The black color and minimalist design complete a product that combines technical innovation and optimal functionality. In summary, the Kingston SFYR2S/1T0 is a next-generation SSD offering an excellent combination of capacity, speed, and durability, designed for users demanding maximum performance from their storage systems.
