If online gaming is enough to make your hands good and clammy, you'll be relieved to find out that the QuickFire Rapid keyboard by Cooler Master was designed with your needs in mind. In the heat of computerized battle one sweaty slippy finger can mean the difference between sweet victory and bitter defeat. To help reduce sweat-induced mistypings the QuickFire Rapid keyboard is coated in a rubber topped surface to provide the user with added traction.
For the serious typists out there, the QuickFire Rapid keyboard comes equipped with Cherry MX mechanical keyswitches. This increases the lifespan of the keyboard itself and provides a better tactile feel for the user. Originally created with gamers in mind, the keyboard also boasts some stellar anti-ghosting features that prevent lag when in the midst of an epic no holds barred show down.
So, the next time your gaming reputation is on the line, keep your fingers at the ready with the QuickFire Rapid keyboard.
Amazing Anti-Slip Keyboards
The QuickFire Rapid Will Help Keep Sweaty Fingers in the Game
Trend Themes
1. Anti-slip Keyboards - Designing keyboards with rubber topped surface to reduce sweat-induced mistypings and increase traction for better performance.
2. Cherry MX Mechanical Keyboards - Creating keyboards with Cherry MX mechanical keyswitches for increased lifespan and better tactile feel for the user.
3. Anti-ghosting Keyboards - Developing keyboards with anti-ghosting features that prevent lag and improve performance during intense gaming sessions.
Industry Implications
1. Gaming Industry - Integrating anti-slip, Cherry MX mechanical and anti-ghosting features in gaming keyboards to improve advanced-level gaming performances.
2. Computer Hardware Industry - Innovating keyboards with cutting-edge technology and ergonomic designs that can cater to typists' and gamers' specific needs whilst reaping longer shelf-life and efficient performance.
3. Technology Industry - Introducing new materials and technologies to design performance-oriented keyboards that can perform under high-pressure situations and improve user experience.