Many of our keyboards are also compatible with iPads, tablets, and smartphones, especially models that support Bluetooth connectivity. Compatibility may vary depending on the device, operating system, and connection method, so please check the product page and your device requirements before placing an order.

Many of our wireless keyboards can be paired with multiple devices, allowing you to switch between them, especially Bluetooth-enabled models. The number of devices supported and the switching method vary by model, so please check the product page for the confirmed specifications.

The right keyboard layout depends on how you use your keyboard and which keys you need most often. 60% - Best for users who want a highly compact setup and do not need dedicated arrow or function keys. 65% - A compact option that adds dedicated arrow keys and a few navigation keys. 75% - A balanced layout that includes a function row, arrow keys, and essential navigation keys. TKL (Tenkeyless) - Keeps most standard keys while removing the numeric keypad. Full-size - Includes a dedicated numeric keypad and is suitable for users who frequently work with numbers.

When choosing an AULA keyboard, consider keyboard size and layout, switch type, connectivity, features, compatibility, build and design, and intended use. Consider whether you need hot-swappable switches, adjustable actuation, Rapid Trigger, RGB lighting, programmable keys, and other customization options. Choosing the right AULA keyboard ultimately comes down to finding the combination of layout, switch, connectivity, features, and design that fits your needs.

A mechanical keyboard uses individual mechanical switches under each key to register keystrokes. Each switch contains its own mechanism, which provides a distinct typing feel and feedback. Compared with membrane keyboards, mechanical keyboards generally offer more consistent key response, a more defined typing feel, and a wider range of switch options. They can also offer hot-swappable switches, customizable keycaps, RGB lighting, and programmable keys, depending on the model.

A Hall Effect keyboard uses magnetic sensors to detect the position of each key, rather than relying on traditional mechanical contact points. As you press a key, the sensor detects changes in the magnetic field and determines how far the key has been pressed. This allows precise key-position detection, adjustable actuation, Rapid Trigger, and other advanced key-response settings.

A magnetic switch is a keyboard switch that uses magnetic sensing instead of traditional metal contact points to detect key movement. The sensor detects the magnet’s position and determines the key’s position, allowing adjustable actuation points and Rapid Trigger depending on the keyboard and software.

Rapid Trigger (RT) is a keyboard feature that allows a key to activate and reset based on the key’s movement, rather than requiring the key to return to a fixed reset point. The key can respond to very small changes in movement, allowing it to activate and reset more quickly. This is useful in fast-paced games such as FPS and rhythm games.

An adjustable actuation point lets you choose how far a key needs to be pressed before it registers an input. On supported AULA magnetic keyboards, you can adjust this point through the software. A lower point can feel more responsive for fast-paced gaming, while a higher point can help reduce accidental inputs.

The main difference is how key activation and reset are handled. A traditional mechanical keyboard has fixed actuation and reset points. With Rapid Trigger, activation and reset respond dynamically to the key’s movement, allowing faster repeated inputs and more responsive key control on supported AULA magnetic keyboards.

Keyboard polling rate refers to how often a keyboard reports its key input to the computer, measured in Hz. For example, 1,000 Hz reports input up to 1,000 times per second and 8,000 Hz reports input up to 8,000 times per second. A higher polling rate can reduce input reporting latency and provide more responsive input.

Keyboard scanning rate refers to how frequently a keyboard scans its keys to detect changes in key position or input. It is typically measured in Hz. A higher scanning rate allows the keyboard to detect changes in key input more frequently, while polling rate determines how often the keyboard reports that input to the computer.