Optical vs. Mechanical Switches: What’s Best for Gaming?
When it comes to gaming, having a good keyboard is important to ensure maximum performance and precision. But choosing the right type of switch can be confusing, especially with the availability of two popular options: optical and mechanical switches. Let’s explore what’s best for gaming.
Mechanical switches have been around for a while and have a tactile feedback that gives the user a physical response when pressing the keys. Mechanical switches are also loud due to the sound produced by the switch when pressed. The major advantage of mechanical switches is durability as they can last up to 50 million keystrokes. Additionally, the actuation point and force required for the switch to register the keystroke can be adjusted, making it suitable for users with specific needs and preferences.
Optical switches, on the other hand, use light instead of a physical contact to register the keystrokes. This technology causes less contact during each keystroke and therefore reduces wear and tear to the keyboard. Optical switches also tend to be quieter than their mechanical counterparts since they don’t produce the clicking sound that is common with mechanical switches. One disadvantage of optical switches is that they require more effort to activate, and gamers may find that this not suitable for a fast-paced gaming style.
So which switch type is best for gaming? The answer depends on personal preference. If you’re someone that prefers a tactile response when pressing the keys for gaming, then mechanical switches are suitable for you. Mechanical switches provide a satisfying feedback feeling to players, along with an advantageous response time, and this can be beneficial for players who need precision in their gaming.
However, if you’re someone that is sensitive to noise or prefers a smoother typing experience, then optical switches are the better fit. This is because they are quieter than mechanical switches and provide a more comfortable typing experience that can reduce keystroke fatigue.