Experience exceptional performance and sleek minimalism with the NZXT Function Elite Mini TKL Keyboard. Designed for competitive gamers, creators, and minimalists alike, this 75% compact mechanical keyboard offers the perfect blend of speed, responsiveness, and space-saving convenience—without compromising essential functionality.

With magnetic switches at its core, the Function Elite Mini TKL delivers ultra-fast actuation, incredible accuracy, and long-term durability. These switches are customizable, allowing you to tailor key response to your preferred typing or gaming style. Whether you’re in the middle of a high-stakes match or hammering out code, every keystroke registers with confidence.

The keyboard features dynamic RGB backlighting that syncs with compatible devices to match your aesthetic or mood. From soft glows to reactive effects, it transforms your desk into a vivid, immersive environment. Its white finish and minimalist style complement any modern setup.

With its MiniTKL format, this 87-key layout eliminates the number pad, offering more room for your mouse and promoting better ergonomics during long gaming or work sessions. Dedicated media keys give you quick access to volume and playback controls without leaving your game.

Built for durability, the NZXT Function Elite Mini TKL is housed in a solid frame built to withstand extended use. It connects via USB-C, offering a reliable, fast connection to your PC or other compatible devices.

Features

• 75% Compact Design: Saves desk space while retaining essential keys

• Magnetic Switches: Fast, responsive, and customizable to your preferences

• Customizable RGB Backlighting: Dynamic lighting effects that match your setup

• High-Quality Construction: Built to last with premium materials

• Ergonomic Layout: Tenkeyless design promotes comfort and better mouse mobility

• Dedicated Media Keys: Easy access to volume and media controls

• USB-C Connectivity: Fast and reliable wired connection

• Minimalist Aesthetic: Clean white finish fits seamlessly into modern environments

Specifications