MX Switches

CHERRY MX Switches set the standard for mechanical key switches. The CHERRY MX STANDARD and SPECIAL switches deliver the highest precision and durability, while the CHERRY MX LOW PROFILE switches provide a flatter design with consistent quality for space-saving layouts. The CHERRY MX ULTRA LOW PROFILE switches are innovative leaders with an extremely flat design, making them ideal for ultra-thin keyboards and desktop applications.

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CHERRY MX CLEAR

Focused, powerful and noticeable

CHERRY MX ERGO CLEAR

Focused, smooth and noticeable

CHERRY MX BLACK CLEAR-TOP

Powerful, direct and retro

WHY CHERRY MX IS THE WORLD LEADER IN KEYSWITCH TECHNOLOGY

What really matters is often unseen. Mechanical keyboards must maximize reliability and performance based on technology hidden under the key caps. CHERRY MX is the world leader in keyswitch technology and CHERRY MX switches are the absolute industry benchmarks, developed and manufactured in Germany. 

Facts

About CHERRY MX

> 8 Billion
Switches sold
>60 Partners
Integrate our switches
>60 Million
Keyboards used worldwide

Enable your potential

With decades of experience CHERRY MX is the most trusted name in gaming regarding keyswitches. MX switches provide levels of performance, durability and comfort, delivering the ultimate gaming experience.

Cutting-edge tech for esport professionals

Well-honed skills and reliable equipment are important factors for esport professionals. CHERRY MX products define the highest requirements for precision, construction and manufacturing, making them the best keyswitches in the world.

Unique precision

Well-engineered mechanical keyboards offer unrivaled precision as well as fine-tuned tactile, audible feedback or linear feel. CHERRY MX keyswitches fortify this experience by adding 100% reliability for fast typing and competitive situations.

CHERRY's MX switches are widely considered to be the gold standard of PC-keyboard switches, and they come in several kinds (designated by “color”) with distinct pressure, texture, and audio-feedback characteristics.