It is a kind of power mechanical switch, it neither tactile nor clicky. Similar to the Blue switch, but the spring is stronger which makes it rebounds higher and more powerful. In other words, the Green switch is designed for gaming. To the game, the red switch is also very suitable for novices to buy. At the same time, the red switch triggers fast and can also take care of it well. It is very suitable for long-time typing and high-speed input. It will feel like flying between your fingers. Red switch requires less force to actuate and light. Brown switch is ideal for those who are new to a mechanical keyboard. The blue switch also has the lightness of the Red switch, a tactile feel that is close to a membrane keyboard. It is a relatively modest switch and barely tactile, its sound is not as crisp as the Blue switch. Black, Red, Brown, and Blue switches feature different audible clicks and a tactile bump.īlue Switches – Clicky with a Medium Bumpīlue switch has the most noticeable mechanical feel, with clicky sound and the distinct sense of operating, it’s ideal for gaming or typing, delivers a very comfortable feeling and a sense of rhythm. However, people may find Blue switch has an input latency issue if they prefer a highly responsive switch, so the Blue switch may not be the best option for high-speed typing and long hours typing.īrown Switches – Tactile with a Medium Bump Mechanical keyboards are generally classified according to their switches, and switches are classified by color which embodies different design principles. There are a lot of options when it comes to tactile feedback and audible click. Reset point: represents the point at which the switch stops registering a keypress. On linear switches, there is no tactile position. Tactile point: represents where you can feel in the keypress before bottoming out. Tactile force: represents the force that a mechanical switch receives when passing through the operating point.īottom-out force: represents the force when the mechanical switch bottom out.Īctuation point: represents the force needed to actuate the key to the keyboard. Initial force: represents the magnitude of the force that is needed to produce actuator movement.Īctuation force: represents the force received when the switch is triggered. Pretravel: represents the distance or angle through which the actuator on the limit switch must travel before it trips the switch contacts. Total travel distance: represents the maximum distance the actuating element can travel during its operational cycle. The various parameters of the mechanical switches determine their performance and feel when you type on them. ![]() Typical mechanical keyboard switches look like this, with the stem visibly protruding from the housing.Some keys have an additional component - a "bump" or click midway through the key's travel, usually made possible by a springy metal clip that the stem needs to push past as it's depressed.įinally, the switch needs to complete an electrical circuit when actuated with metal contacts. The stem is supported by a spring, which is contained within the housing. The easily removable keycap snaps onto the stem, which, depending on its shape and height, determines the total distance it can travel and how far to its actuation distance - how far it must be pushed to register the keystroke. Every switch is composed of a few key components. Rather than a rubber membrane that provides mushy resistance to your keystroke, a mechanical key feels precise because your finger is forcing a low-friction mechanism to slide down a shaft that's actively resisted by a spring. Mechancal keyboard switches function princleĪ mechanical keyboard gets its name from the fact that there is a mechanical switch under the keycap.
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