Corsair K70 RGB TKL Champion Series Gaming Keyboard CH-911901A - OPX Switch (Renewed)

The CORSAIR K70 RGB TKL Optical-Mechanical Gaming Keyboard will carry you to victory with a compact tenkeyless form-factor and powerful CORSAIR AXON hyper-processing technology. CORSAIR OPX RGB optical-mechanical keyswitches offer hyper-fast 1.0mm actuation guaranteed for 150 million keypresses, topped by durable double-shot PBT keycaps. Win in style with a refined aluminum frame and dynamic per-key RGB backlighting and flip the tournament switch to instantly disable macros and swap to distraction-free lighting. Powerful iCUE software on both PC and macOS enables custom macro programming and key remaps, while dedicated media keys and an aluminum volume roller offer convenient control over media. A detachable USB Type-C cable and onboard storage for up to 50 profiles enable you to take pro performance to your next competition.

• Built for Champions: CORSAIR CHAMPION SERIES products are designed for and tested by top esports professionals – helping to carry you to victory with a competition-grade keyboard featuring a portable and space-saving tenkeyless form-factor, a detachable USB Type-C cable, and a tournament mode switch.
• CORSAIR OPX RGB Optical-Mechanical Keyswitches: Hyper-fast input with 1.0mm actuation distance and smooth linear travel, guaranteed for 150 million keystrokes.
• Powered by CORSAIR AXON Hyper-Processing Technology: CORSAIR’s most advanced gaming keyboard experience processes and transmits inputs up to 8x faster than conventional gaming keyboards with 8,000Hz hyper-polling, 4,000Hz key scanning, and up to 20 layers of hardware RGB lighting processing while maintaining speed performance.
• PBT Double-Shot Keycaps: A precision-molded keycap set with a standard bottom row layout resists wear, fading, and shine, with 1.5mm thickness for rigid stability.
• Tournament-Ready: Flip the tournament switch to focus on winning those crucial games, automatically locking to distraction-free static backlighting and disabling accidental macro activations.