Pocket storage for backup files The External SSD Kingston XS1000 is an extremely convenient backup solution for files. Its elegant, compact enclosure has been designed to fit perfectly into your lifestyle, ensuring freedom of data transmission. Don’t be fooled by appearances – this small device offers impressive speed (1050MB/s*) and capacity (up to 2TB**) to allow for instant recording and convenient storage of all valuable data. With unparalleled comfort and impressive storage capabilities, the XS1000 can be your reliable backup solution for files, providing easy access to important documents, valuable memories and multimedia files. Say goodbye to clumsy media by choosing the comfort and storage efficiency offered by the external XS1000 SSD. Perfect portability This compact, less than 29g SSD in an elegant black housing easily fits into your hand to ensure full file transfer freedom. Reliable storage for backup files You can have it all with you. Save and store your documents, large photos and videos without worrying that you will run out of space. High performance Speed up to 1050MB/s* with USB 3.2 Gen 2 connector. * Based on internal tests. The actual speed depends on the parameters of the computer, software and way of using. To achieve optimal speed, you need a host device with USB 3.2 Gen 2 connector. Footnotes * Based on internal tests. The actual speed depends on the parameters of the computer, software and way of using. To achieve optimal speed, you need a host device with USB 3.2 Gen 2 connector. ** Part of the specified capacity of a flash memory device serves formatting and other functions and is not used to store data. Therefore, the actual capacity of the storage device is less than that given on the products. For more information see the company's flash memory guide *** A limited warranty for a period of five years or based on the remaining SSD Life Remaining time, which provides the Kingston SSD Manager. The consumption rate of the new unused product is 100 (100), while for a product that has reached the limit of the durability of programme erasing cycles [...]