Cross-Compatible with Mainstream Magnetic Switches

The RAY68 Series offers cross-compatibility with 5 third-party magnetic switches. Users can select the corresponding switch from the list in the Akko Driver and easily calibrate the keyboard after replacement. You can also mix and match them in different keys simultaneously.

Disclaimer: High-percision switches require tuning and experimenting with the keyboard. The switches listed are guaranteed to perform at 0.01mm precision. Other switches may work but are unable to reach the claimed accuracy.

ARM Cortex-M4 CPU

The powerful CPU delivers enhanced processing power with low energy consumption. It features automatic calibration between -20°C and 80°C, ensuring faster performance and extended battery life (for wireless models only).

ARGB at a 500Hz Refresh Rate

RAY68 Series features ARGB(addressable RGB) with individually controlled LEDs for smooth, flicker-free lighting. With Alpha channel integration and a 500Hz refresh rate, it offers richer dynamic effects and reduces visual fatigue—perfect for gaming and aesthetic builds.

RT0.01 mm

Achieve ultra-accurate 0.01mm Rapid Trigger and adjustableactuation distance in 0.005mm step. This allows users to fine-tune their typing or gaming experience, ensuring optimal actuation for faster response times with enhanced precision, ideal for competitive gaming.

RT Stabilizer & Lubed Stabilizers

This “RT Stabilizer” mode is especially useful when set to a Rapid Trigger precision of 0.01mm, as magnetic switch keyboards may experience unintended inputs or disconnection from slight hand tremors, which can disrupt the overall gaming experience.

RAY68 HE Series has lubed stabilizers that reduce rattle, enhance key stability, and deliver a smoother typing experience.

8,000Hz Polling Rate

Enjoy ultra-fast response times and smoother, more precise inputs—perfect for gaming and high-performance tasks.

RAY68 Wired Version supports an 8,000Hz polling rate for ultra-low latency and instant response.

For RAY68 Wireless Version (Tri-Mode), supports 8000Hz polling rate for all keys in wired or 2.4G wireless modes.

Akko AstroAim Magnetic Switch

Type: Linear

Total Travel: 3.5±0.1mm

Initial Force: 35gf

End Force: 55gf

Initial Magnetic Flux: 95±15Gs(PCB1.6mm) / 110±15Gs(PCB1.2mm)

Bottom-out Magnetic Flux: 580±40Gs(PCB1.6mm) / 720±50Gs(PCB1.2mm)

Top/Stem/Bottom: PC/POM/PA66

LED Diffuser

Snap Key

Snap Key is MonsGeek’s implementation of SOCD, which prioritizes the most recent keypress for swift directional changes without releasing previous inputs. This ensures fluid and responsive control, especially in FPS games, where quick reactions and precise movements are crucial.

Adjustable Actuation Distance

These magnetic switches allow users to adjust every key’s actuation point from 0.1mm to 3.4mm, which offers different kinds of pressing for gaming or typing.

Rapid Trigger (RT)

Rapid Trigger dynamically changes the keys’ actuation and deactivation points. Through the MonsGeek Driver, users can choose “All Buttons” or “Per Button” customization modes, as well as activate “Non-stop Rapid Trigger” for near-instant key response. This gives FPS gamers a competitive edge in fast-paced gameplay.

For example, when gamers enable RT, they can achieve “Counter-Strafe“ in VALORANT games.

Dynamic Keystrokes (DKS)

Pressing a key can trigger four different key operations.

Depending on your keypress force: a light press triggers action 1, a deeper press activates action 2, and releasing the key also supports a two-stage key setting.

Toggle Key (TGL)

TGL, or Toggle Key, transforms a key into a toggle switch. When you press this switch, you can activate one of two scenarios: either continuously hold down the key/function, or trigger the key/function multiple times at a high frequency.

Mod-Tap

Mod-Tap is a design that provides convenience for gaming. It enables the creation of dedicated or dual-functional keys based on key press behavior.

A single keypress can achieve two functions: holding down the key for one function, and press the key for another.