The Patriot Viper VP4300 Lite is a 1TB M.2 2280 PCIe Gen4 x4 internal SSD with sequential speeds up to 7,400MB/s read and 6,400MB/s write, suited to gamers and PC users seeking fast storage or a PS5-compatible capacity upgrade.
Recommended For
- PS5 owners adding internal game storage who are comfortable checking the console’s cooling requirements and, if needed, adding a compatible heatsink; Patriot lists the VP4300 Lite as PS5-compatible.
- PC gamers with a compatible M.2 PCIe 4.0 slot who want a fast drive for game installs, launches, and everyday game-library use rather than a specialist high-endurance workstation drive.
- Laptop upgraders whose device accepts a single-sided M.2 2280 NVMe drive and who want a compact storage upgrade; the Lite is single-sided, a form factor reviewers note can suit laptop installations.
- Desktop users upgrading from an older or slower NVMe drive who mainly need responsive everyday PC storage and occasional large transfers, not continuous write-heavy workloads.
Real-World Use Scenarios
- PS5 storage expansion: Install the VP4300 Lite in the PS5’s M.2 slot to keep more games on the console and play supported games from the added storage. Patriot lists the Lite as PS5-compatible; follow Sony’s installation and cooling requirements.
- PC game-library drive: Add it to a compatible desktop or laptop for storing and running games. Reviews found strong everyday read performance, which suits loading game data, though results can vary by system and workload.
- PC boot and app drive: Use it for the operating system and frequently used applications. Its short access times and tested program performance can make everyday launches and file access feel responsive.
- Regular file transfers: Use it for moving game folders, applications, and other sizable files on a compatible PCIe 4.0 PC. Test results show fast transfers for typical workloads, but the drive’s peak advertised speeds are not guaranteed in every system.
- Very large, continuous file writes: It can handle routine transfers quickly, but when writing a single very large amount of data, performance may drop after its write cache fills. In one 1TB test, this happened after about 108GB, so it is less suited to workloads that repeatedly write huge files without pauses.