IQUNIX has officially launched the EZ75 Hall-effect gaming keyboard, following its initial preview at CES 2025 earlier this year. The release was announced through the company’s official Discord channel, confirming availability and full product details.
The EZ75 blends the compact form factor of the EZ63 with the functionality of a 75% layout. This configuration adds a dedicated navigation column and a complete function key row, including an F13 key assigned to the “Delete” function by default. The keyboard is priced at $259 and is currently available for purchase through the IQUNIX web store.
At launch, the EZ75 ships exclusively with IQUNIX’s proprietary Magnetic X Ultra switches. These Hall-effect switches feature an actuation force of 36–48 gf and a box stem design for improved key stability. While the keyboard is also compatible with other popular Hall-effect switches, such as the Gateron Magnetic Jade Gaming, Jade Pro, and Geon Raw, these must be purchased separately for those looking to customize their typing experience.
The construction mirrors that of the EZ63, with a CNC-machined aluminium plate, bolt-on side rails, and a rubber gasket mount for a solid yet cushioned typing feel. The included keycaps are black and gray double-shot PBT with white legends, designed for durability and a clean, understated appearance.
Performance specifications place the EZ75 in the high-speed gaming category. It supports an 8,000 Hz polling rate and a 16,000 Hz PCB scan rate, with a manufacturer-claimed input latency of just 0.18 ms. All Hall-effect settings can be adjusted through IQUNIX’s web-based configuration tool, with rapid trigger sensitivity adjustable down to 0.005 mm when using the included X Ultra switches.
Each unit ships with an accessory kit containing a carrying case, keycap puller, switch puller, paracord USB Type-A to Type-C cable, and a cleaning brush.
The EZ75’s release marks IQUNIX’s continued expansion into the competitive gaming keyboard market, offering a high-performance option for users seeking the responsiveness of Hall-effect technology in a versatile 75% layout.
