Corsair K70 RGB TKL CHAMPION SERIES Tenkeyless Mechanical Gaming Keyboard (CHERRY MX Silent Keyswitches: Linear and Quiet , PBT Double-Shot Keycaps, Per-Key RGB LED Backlighting) QWERTY NA, Black

The CORSAIR K70 RGB TKL Mechanical Gaming Keyboard will carry you to victory with a compact tenkeyless form-factor, pro-level performance powered by CORSAIR AXON hyper-processing technology, and world-renowned CHERRY MX keyswitches. Win in style with a durable aluminum frame and dynamic per-key RGB backlighting, and flip the tournament switch to instantly disable macros and swap to distraction-free lighting. PBT double-shot keycaps with 1.5m-thickness resist wear, fading and shine for years. 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. The K70 RGB TKL is a portable powerhouse thanks to a detachable USB Type-C cable and 8MB onboard storage for up to 50 profiles, so you can easily 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.
Powered by CORSAIR AXON Hyper-Processing Technology: Transmits your inputs to your PC up to 8x faster than conventional gaming keyboards with 8,000Hz hyper-polling.
Take on the Competition in Style: A durable and refined aluminum frame is illuminated by fully programmable dynamic per-key RGB backlighting to sport your team’s colors or create your own personalized lighting effects.
Tournament-Ready: Flip the tournament switch and focus on winning those critical games, automatically swapping to distraction-free static backlighting and disabling accidental macro activations.
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.