Corsair K70 RGB TKL Champion Series Optical Mechanical Gaming Keyboard, PBT Double Shot Pro, 87 Keys, 8,000hz Hyper Polling, 1.0mm Actuation Distance, 150 Million Keystrokes, Black | CH-911901A-NA

Corsair K70 RGB TKL Champion Series Optical Mechanical Gaming Keyboard, PBT Double Shot Pro, 87 Keys, 8,000hz Hyper Polling, 1.0mm Actuation Distance, 150 Million Keystrokes, Black | CH-911901A-NA

Item number : COR-KB-K70-TKL-OPX

Description for Corsair K70 RGB TKL Champion Series Optical Mechanical Gaming Keyboard, PBT Double Shot Pro, 87 Keys, 8,000hz Hyper Polling, 1.0mm Actuation Distance, 150 Million Keystrokes, Black | CH-911901A-NA

Take the CORSAIR K70 RGB TKL Optical-Mechanical Gaming Keyboard to your next competition with a compact tenkeyless form-factor, powerful CORSAIR AXON hyper-processing technology, and CORSAIR OPX RGB optical-mechanical keyswitches.

• 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.
• 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

• 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.