CoolerMaster MM712 19,000 DPI PixArt Optical ARGB Black Wireless Gaming Mouse

MM-712-KKOH1

The MM712 is the next evolution of our first popular lightweight mouse, leveled up to lightweight prestige. It retains all the same benefits: gaming-grade sensor, hybrid 2.4 GHz and Bluetooth 5.1 wireless capability, PTFE feet for unrivaled glide, optical micro switches for near-instant input, and ultraweave cable for minimal snagging. However, it does all this while shedding the shredded chassis, opting instead for a seamless, hole-less profile specially engineered to remain 59g in total weight. Responsive, agile, and tactile, the MM712 truly fills in the gaps of its perforated predecessors.

NVIDIA Reflex is a revolutionary suite of technologies that optimize and measure system latency to deliver the ultimate competitive advantage. Gaming mice with NVIDIA Reflex when paired with NVIDIA G-SYNC Displays provide the only system latency measurement tool that detects incoming mouse clicks and measures the time for the resulting pixels (gun muzzle flash) to change on screen. Start every match with confidence, knowing your PC is operating at the lowest possible system latency.

FILL IN THE BLANKS

The honeycomb shell that made the MM711 such a lightweight heavyweight is now upgraded in a big way. Say goodbye to the cheese grater design: the MM712 sports a seamless whole chassis with ergonomic form factor while still maintaining a total weight of less than 59 grams. Don’t ask us how we did it just be happy we did.

AN OPTICAL UPGRADE

We don’t believe in level caps. So if we’re going to upgrade the look, we might as well upgrade the hardware too. The MM712 is outfitted with the latest pro-grade optical sensor, adjustable up to 19,000 DPI for superior responsiveness and accuracy — improved even further from our already awesome MM711.

COMPETE WITH THE POWER OF THE SPEED OF LIGHT

The MM712 gives you an advantage in both durability and responsiveness with optical micro switches. These state-of-the-art babies use laser sensors to give you near-instantaneous actuation – with input that registers nearly three times faster than those from mechanical switches. In addition, the lack of moving parts means higher APMs with considerably less wear-and-tear.