The Keychron Q5 HE QMK Wireless Mechanical Keyboard is a premium 96 % layout custom keyboard built for gamers, creators, and keyboard enthusiasts who want deep firmware customization, magnetic Hall Effect switch performance, and flexible wireless connectivity. Featuring QMK open-source firmware support, adjustable-actuation Hall Effect switches, and a robust all-aluminum body, this keyboard delivers highly responsive typing and gameplay with advanced customization and premium build quality. Key Features Fully Programmable QMK Firmware Supports QMK open-source firmware and works with the Keychron Launcher web app to remap keys, create macros, set layers, and personalize layouts. Hall Effect Gateron Double-Rail Magnetic Switches Equipped with Gateron Double-Rail Magnetic Hall Effect switches for ultra-smooth actuation, adjustable actuation points from 0.2 mm to 3.8 mm, and dynamic rapid triggering for enhanced responsiveness. Tri-Mode Wireless Connectivity Connect via 2.4 GHz wireless (1000 Hz polling) for low-latency gaming, Bluetooth 5.2 for multi-device pairing, or USB-C wired for uninterrupted stable performance. Premium Build Quality Solid 6063-series aluminum body provides strength, durability, and a premium aesthetic. Double-gasket design with layered acoustic foams enhances sound dampening and gives a refined typing feel. Custom RGB & Keycaps Features south-facing RGB LED lighting for vibrant backlighting compatible with aftermarket keycaps. Includes OSA profile double-shot PBT keycaps that resist oil and wear. Long-Lasting Battery Built-in 4000 mAh rechargeable battery supports extended wireless use — up to ~100 hours without backlight (actual runtime varies by brightness/settings). 96 % Layout Nearly full size with a 96 % layout that retains most keys including number pad while saving desk space compared to traditional full-size keyboards. High Responsiveness 1000 Hz polling rate in wired and 2.4 GHz modes ensures fast key tracking for competitive gaming and everyday use. N-Key Rollover (NKRO) ensures accurate input registration even with simultaneous key presses.