As a leader in switch manufacturing, Unionwell, in collaboration with Rapoo and Azoteq, proudly presents the Inductive Switch Technology. This innovative technology marks a major breakthrough in the precision, adaptability, and environmental calibration of mechanical switches, redefining the future of key switch design.
Co-developed by Unionwell, Rapoo, and Azoteq, the inductive switch features 255 levels of adjustable trigger accuracy and real-time adaptive calibration, automatically adjusting to environmental changes. Unlike traditional Hall effect switches that rely on magnetic fields, the inductive switch employs an AC inductive mechanism. When a key is pressed, the aluminum rod inside the switch alters its position relative to the sensor coil, generating eddy currents and causing a change in inductance. This shift is captured by Azoteq’s inductive engine, translating into highly precise keystroke outputs, ensuring stable and accurate performance.
The inductive switch, co-developed by Unionwell, Rapoo, and Azoteq, not only offers groundbreaking precision but also boasts unique environmental adaptability. Its two-way active sensing technology continuously monitors environmental factors and automatically corrects errors caused by changes in temperature or humidity. This ensures consistent performance and smooth, precise responses in any operating condition, enhancing the overall user experience.
Traditional mechanical switches often face issues such as poor cross-brand compatibility and high error rates. The inductive switch, co-developed by Unionwell, Rapoo, and Azoteq, addresses these challenges with its advanced inductive detection mechanism. This new design enhances trigger precision while ensuring broader compatibility across devices, improving hot-swappable functionality, reducing false triggers, and providing a seamless user experience.
The inductive switch, a result of collaboration between Unionwell, Rapoo, and Azoteq, marks a new milestone in mechanical switch innovation. With its groundbreaking precision, adaptability, and stability, this switch provides a reliable, high-performance solution for a wide range of users—from casual typists to professional gamers. We believe this innovative technology will not only enhance user experiences but also lead the future direction of the mechanical switch industry.
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