Mushkin Enhanced Reactor 2.5" 480GB SATA III MLC Internal Solid State Drive (SSD) MKNSSDRE480GB

With speed, reliability and low power usage, the Mushkin Enhanced Reactor 2.5" 7mm SSD breathes a new life into your Ultrabook, notebook or desktop. It's built with premium quality MLC flash, Silicon Motion SM2246EN controller and SATA 6 Gbps host interface, delivering exceptionally fast read/write speeds in both random and sequential operations over mechanical HDDs. Thus you can enjoy speedy data transfer rate, quicker system boot-up, faster application launch and overall system performance. Make the Mushkin Enhanced Reactor SSD yours today and bring your everyday computing to the next level.

Capacity and Performance

Jaws will barely have time to drop. The Mushkin REACTOR SSD provides the extreme performance benefits of a solid-state drive, while offering the big capacity of mechanical hard drive. Featuring the Silicon Motion SM2246EN controller, the Mushkin REACTOR SSD is an ideal tool for gamers, professionals, and consumers in need of high capacity storage solutions.

Innovation at Its Core

What if? Two simple words. But when combined, the possibilities are endless. Mushkin has stopped simply asking what if the impossible was possible and started manufacturing it. This thought is at the core of every Mushkin Innovation. And it's led Mushkin engineers to develop everything from industry leading performance gaming memory to some of the most impressive storage technologies on the market. Try Mushkin’s innovations yourself and explore what's possible with Mushkin products.

Multi-Tasking at Its Best

Mushkin Reactor SSDs transform your ultra-portable or desktop workstation to run all your essential programs at the same time without sacrificing performance.

Engineered in the USA

Not many manufacturers can say they design, assemble and test their products in the U.S.A. But Mushkin has been engineering its products in the U.S.A. since its inception in 1994. That means, for more than 20 years, Mushkin Enhanced has been uniting all aspects of performance to engineer something you can't get from a spec sheet.