Stand out from the crowd
High Performance Rapid Trigger Keyboard PCB

Super High Accuracy

0.001mm

Minimum Rapid Trigger Step

Extreme Low Latency

0.127ms

Much Faster Reaction

8000Hz
Polling Rate
120K
Scanning Rate

Multi-MCU Distrubuted Algorithm

By using high-frequency MCU to accurately capture data of each swtich, the RGB light beads and hall effect sensors can be controlled separately without sacrificing accuracy, allowing the keyboard to unleash its maximum performance.
Multi zone power supply and separation of digital and analog power supply, also benefit by 10 layers 2U gold plating workmanship, greatly improve accuracy and stability.
Stand out from the crowd

CM51
Rapid Trigger Keypad

11 keys 1 button/10 keys 2 buttons
Rapid trigger hall effect switches

Stand out from the crowd
The main MCU of ch32v307rct6, as well as 6 ch32v203c8u6 chips, should be used as ADCs. The materials used must be exquisite, and there is no dead zone set at the top. It is recommended to pull a little bit to prevent failure for specific circumstances. The solution supports setting its own stabilization algorithm, which can balance stability and delay on its own. 0.003mm is not a big problem, 0.01mm is easy, and the parameters are indeed quite astonishing, making it sound like a load gauge 😂. Suggest using a hollow shell without bottom cotton to avoid therimal drift.
Timmy
Software Engineer, Gamers
Undisputed cost-effectiveness, the driver could be mastered by exploring it a few times but it’s intuitive and neat. Full sound package loaded set to 0.05mm trigger, 0.01mm reset and no breaking, making it invincible. From K66v1 to K61v3, it feels faster again, and it still has to be Sayo.
Johnson
FPS Game Lover
The king of cost-effectiveness, with extreme precision and drive, I think the functionality needs to be optimized, and it is more powerful and customizable than those mass-produced products
Jade
Student

Compatible with:

Online driver supports to configure setttings inspite of operation systems.