65% He Keyboards

Q: How are HE switches superior to regular mechanical switches?

Speed: Magnetic activation is faster.Personalization: You get to choose the actuation point (0.1mm-4.0mm) you prefer.Longevity: No touch means less wear and by far a longer life expectancy (100 million+ keystrokes).

FAQ about 65% He Keyboards

What is a Hall Effect (HE) Keyboard?

It's a keyboard that uses magnetic switches to detect key presses. Instead of physical contact, it precisely measures the travel of a key. This makes revolutionary features and offers more longevity.

How are HE switches superior to regular mechanical switches?

Speed: Magnetic activation is faster.
Personalization: You get to choose the actuation point (0.1mm-4.0mm) you prefer.
Longevity: No touch means less wear and by far a longer life expectancy (100 million+ keystrokes).

Why go for a 65% keyboard with Hall Effect (HE) switches?

You enjoy the best of both worlds: the compact 65% layout that saves desk space, with magnetic HE switches for light-speed, fully programmable action that traditional keyboards cannot provide.

What is "Rapid Trigger" and why would I care on this keyboard?

Rapid Trigger allows for instant reset of keys, meaning very rapid repeated keystrokes. On a 65% compact layout preferred by competitive gamers, the feature gives you a huge speed advantage.

What does the 65% layout do specifically for a gamer?

It provides you with the most space for mouse movement, which is a must for MOBA and FPS games. You've got the required arrow keys without having a larger bulkier keyboard.

How is the typing experience?

Very smooth because of the frictionless magnetic design. You can even set a deeper actuation point to prevent typos accidentally, so these keyboards are ideal for heavy work and competitive gaming.

Are the Hall Effect switches hot-swappable?

Yes, they are compatible with N-pole downward magnetic switches, allowing hot-swapping. Unlike traditional mechanical switches, Hall Effect switches work through non-contact sensing, and while not all implementations support replacement, this design does.