PV553 PCIe Gen5 x4 M.2 2280 SSD
- Next-gen performance, with a powerful active cooler
- Read/write speeds up to 12,400MB/s, 11,800MB/s
- Built with the latest PCIe Gen5 x4 controller & 232 Layer TLC NAND
- M.2 2280 PCIe Gen5 x 4, NVMe 2.0
- Active thermal dissipation heat spreader, providing steady and continuous cooling
- Huge storage capacities of up to 4TB
- Intelligent thermal throttling
- Five-year global warranty
PV553: Innovative Cooling Design for Unmatched SSD Performance
The PV553 utilizes the latest in Patriot Memory's advancements in cooling technology as the first SSD with a blower fan design. With its active thermal dissipation heat spreader, the PV553 utilizes steady and continuous cooling over extended periods of usage to support even the most intense gaming sessions. Along with its construction from world-class materials and an ultra-thin 16.5mm aluminum heat spreader, the PV553 comes with the tools to ensure consistently impressive performance with its embedded thermal sensor for throttling and low power consumption. Backed by Patriot Memory's 5-year warranty, the PV553 offers top-quality assurance and reliability for all users.
NAND Flash Chosen for Superior Quality and Performance
Crafted with innovative technology, featuring the latest PCIe Gen5 x4 controller coupled with 232-layer TLC NAND, the PV553 is fully compliant with the NVMe 2.0 spec and equipped with a high-efficiency cooling heat spreader. The PV553 stands as the epitome of a high-performance with the read/write speeds up to 12,400MB/s, 11,800MB/s, ensuring an optimal gaming and content creation experience.
Launch massive games, edit high-resolution video, and process multi-track audio in an instant — all with zero lag. And for total flexibility, it’s fully backward compatible with PCIe 4.0 and 3.0 systems.
A Groundbreaking Advancement in Heat Management
The PV553 not only addresses the overheating challenges commonly faced by fanless Gen5 SSDs but also introduces a groundbreaking cooling solution featuring an integrated fan tailored specifically for Gen 5 SSDs. This innovative fan initiates a heat exchange process by pulling in cool air through the nameplate and directing it toward the aluminum fins. Its rapid rotation ensures swift heat dissipation, resulting in an impressive 40% reduction in heat. It goes beyond being a mere cooling solution—it stands as a triumphant achievement in cooling that distinguishes the PV553 from the rest.
Even under sustained heavy loads, it stays cool and stable — empowering elite gamers and creators to keep pushing their limits.
Elevate Performance with Viper PV553 Gen5 x4 SSD
Viper PV553 Gen5 x4 SSD, equipped with a dual-side high-conductivity thermal pad, ensures efficient heat transfer to the stacked fins. Experience the excitement of next-generation storage performance seamlessly combining cutting-edge PCIe Gen 5 controller technology with state-of-the-art 3D NAND flash.
Whether it’s a Gen3 or Gen4 platform, just plug in, play, and dominate from day one.
Data Protection Mechanism Sustains Reliable Performance
The Viper PV553 Gen5 x4 SSD boasts built-in data security and error-correction capabilities, enhancing the endurance and longevity of NAND flash storage. With advanced wear-leveling technology and automatic error correction functions, it not only extends the SSD's service life and improves operational stability but also ensures consistent performance even after prolonged use.
From instant in-game domination and seamless large-file editing to smooth multi-app switching, your actions stay one step ahead — what you think, you execute.
Five-Year Global Warranty
The PV553 is backed by a comprehensive five-year global warranty, providing users with a worry-free experience so they can focus on their gaming, video editing, 3D rendering, and other demanding content creation tasks. This commitment from PV553 ensures unparalleled performance coupled with guaranteed reliability and peace of mind for all enthusiasts.
Disclaimer
Actual performance may vary depending on SSD capacity, host hardware and software configurations, and other system factors.
Warranty is determined by Total Bytes Written (TBW) or the warranty period, whichever occurs first.