Linear Magnetic Switch: Technical Specifications and Features

The linear magnetic switch is a cutting-edge technology designed to enhance the typing experience by providing a smooth and responsive keystroke. This article delves into the technical specifications and features of this innovative switch, highlighting its performance, stability, and visual appeal.

Technical Specifications

The linear magnetic switch boasts a series of technical specifications that ensure optimal performance and longevity:

Initial Force

The initial force required to actuate the switch is set at 30±7gf, providing a consistent and comfortable typing experience.

Pre-Travel

The pre-travel can be freely set, allowing users to customize the point at which the key triggers a response. A shorter pre-travel results in a quicker trigger response, enhancing the typing speed.

Total Travel

The total travel distance of the switch is 4.1±0.2mm, ensuring a full and satisfying keystroke.

Initial Magnetic Flux

At the beginning of the keystroke, the initial magnetic flux is 75±15Gs, providing a stable starting point for the switch's operation.

Bottom-Out Magnetic Flux

Upon bottoming out, the magnetic flux increases to 700±80Gs, ensuring a strong and reliable activation at the end of the keystroke.

Pre-lubed

The switch comes pre-lubed, reducing friction and wear, and ensuring a smooth operation right out of the box.

Lifespan

The linear magnetic switch is designed to withstand an impressive 150 million keystrokes, making it a durable choice for heavy users.

Features

Beyond the technical specifications, the linear magnetic switch offers several standout features that set it apart from traditional mechanical switches:

Setting Pre-Travel in Whole Circle

Users can set the pre-travel at any point within the entire circle of the key's travel, allowing for a highly customizable typing experience. This feature ensures that the key triggers a response precisely when the user intends, whether they prefer a light or heavy touch.

Double-Rall Structure for Extreme Stability

The switch continues the standard configuration of the original magnetic switch but features a fully newly upgraded dual-rail structure. This design, based on the magnetic induction principle, allows for the free setting of pre-travel and rapid triggering, enhancing the stability and responsiveness of each keystroke.

More Even and Consistent LED Diffusion

The top housing of the switch has been upgraded with a frosted texture finish light guide and an integrated convex condenser design. This innovation ensures a more even and consistent LED diffusion, providing a visually pleasing and fantastic typing experience from a visual standpoint.

Conclusion

The linear magnetic switch represents a significant advancement in keyboard technology, offering a combination of performance, customization, and visual appeal. With its precise actuation, extreme stability, and long lifespan, it is an ideal choice for users seeking a high-quality typing experience.

Whether for gaming, programming, or general use, the linear magnetic switch stands out as a reliable and durable option that enhances the overall typing experience.