ffortless Customization with Web-Based Driver: The Win60 HE features a powerful yet easy-to-use web-based driver, accessible from any device with an internet connection. You can effortlessly remap keys, create advanced macros, and customize vibrant RGB lightingall without the need for bulky software downloads or worrying about system compatibility. The streamlined interface makes it simple to personalize your keyboard for gaming, work, or creative tasks in just a few clicks. Whether you're a competitive gamer or a multitasking professional, the Win60 HEs web-based driver ensures a seamless, hassle-free customization experience, putting precision and convenience at your fingertips
AULA Online Driver (Chrome)
How to Connect Software
- Visit the official "AULA" website.
- Navigate to the "Downloads" page, then click on "Driver."
- Locate the link for the "WIN60 Magnetic Switch Keyboard Website Driver" and select the "Standard Edition."
- Click "Allow browser access," choose your device from the list, and then click to connect.
- Dynamic Keystroke (DKS): The current key can be modified to bind 1 to 4 functions, depending on the degree of pressing and releasing.
- Press and Hold/Click (MT): A single key can perform two functions; pressing and holding the key performs one action, while clicking it performs another.
- Toggle Switch (TGL): You can modify the current key to continuously trigger when clicked, while pressing and holding the key triggers it normally.
- PRCS (SOCD Function): This binds two keys, where the key pressed later will force the release of the previously pressed key, ensuring only one key is triggered at a time.
- Quick Trigger Function (RT): The quick trigger dynamically adjusts the trigger stroke and reset stroke based on your intention to press or release the key.
- Visualize Fast Magnetic Switch Travel Calibration: This feature allows you to visually calibrate the travel distance of the magnetic switch.
- Real-Time Detection of Visualized Magnetic Switch Travel: This feature provides real-time visualization and detection of the magnetic switch's travel distance.




