MCHOSE ACE 68 magnetic gaming keyboard
Shop the MCHOSE ACE 68 Magnetic Switch Gaming Keyboard. This Hall Effect board features rapid trigger, programmable RGB, and 8K Hz polling.
MCHOSE ACE 68 Magnetic Switch Gaming Keyboard (8KHz / Rapid Trigger)
Unlock elite esports performance with the MCHOSE ACE 68 Magnetic Switch Gaming Keyboard. Featuring a compact 65% layout, custom Hall Effect magnetic switches, and a blistering 8000Hz polling rate, this keyboard delivers an ultra-low 0.1ms latency. With advanced SOCD technology, web-based driver customization, and a robust acoustic foam structure, it is engineered for absolute precision in fast-paced FPS games.
- Switches: Custom Hall Effect Magnetic Switches (Hot-Swappable)
- Performance: 8KHz Polling Rate with 0.1ms Ultra-low Latency
- Advanced Tech: Rapid Trigger (RT), SOCD, DKS, MT, TGL support
- Keycaps: Premium Dye-Sublimation PBT Plastic
Key Features
- Adjustable Magnetic Switches: Equipped with high-performance Hall Effect sensors offering ultra-accurate adjustability down to 0.005mm. Tailor your Rapid Trigger (RT) range from 0.005mm to 3.4mm for ultimate control.
- 8KHz Polling & 0.1ms Latency: Powered by a custom high-frequency eSports-grade chip, the 8000Hz polling rate minimizes input delay to a near-instantaneous 0.1ms for lightning-fast responses.
- Advanced Keystroke Dynamics: Supports advanced gaming functionalities including DKS, MT, TGL, RS, and SOCD technology, allowing for dynamic travel, tap/hold, and release distance customizations.
- Web & HUB Driver Support: Completely bloatware-free; utilize the MCHOSE self-developed Web Hub to easily map keys, assign macros, and tweak RGB lighting directly from your browser.
- Premium Acoustic Build: Features an aluminum alloy positioning plate layered with foam silicone and a silicone bottom pad, greatly reducing wobble and delivering a refined, solid typing sound.
Compatibility & Best Use
- Competitive Esports: Tailor-made for high-level PC gaming and FPS titles (like CS2 and Valorant) that demand absolute timing, precision, and instant actuation.
- Space-Saving Desktops: The 68-key compact form factor retains essential arrow keys while freeing up massive amounts of mouse pad space for sweeping arm movements.
- Custom Keyboard Enthusiasts: The fully programmable, hot-swappable PCB allows users to easily swap and test different magnetic switches to fit their exact typing style.
Installation Tips
- Direct PC Connection: To ensure you receive the true 8KHz polling rate and 0.1ms latency, plug the Type-C cable directly into a high-speed USB port on your motherboard.
- Web Driver Setup: Simply navigate to the MCHOSE Web Hub URL provided in the user guide to start customizing your Rapid Trigger points and RGB lighting without downloading heavy software.
- Switch Replacement: Use the included switch puller to gently pull switches straight up; ensure the pins and sensors on your new magnetic switches align perfectly with the socket before inserting.
Product Specifications
| Brand Name | MCHOSE |
|---|---|
| Model Name | ACE 68 |
| Keyboard Standard | 68 Keys (65% Compact Layout) |
| Sensor / Switch Type | Custom Hall Effect Magnetic Sensor |
| Polling Rate & Latency | 8KHz (8000Hz) / 0.1ms |
| Keycap Material & Printing | PBT Plastic / Dye-Sublimation |
| Internal Structure | Aluminum Plate + Foam Silicone + Silicone Bottom |
| Backlight Type | Multicolor RGB (16.8 Million Colors, South-Facing) |
Packing List
- 1 x MCHOSE ACE 68 Magnetic Switch Keyboard
- 1 x High-Speed Type-C USB Cable
- 1 x Keycap & Switch Puller Tool
- 2 x Spare Magnetic Switches
- 1 x Protective Dust Cover
- 1 x User Guide
Warnings & Safety Notes
- Switch Compatibility: This PCB is exclusively designed for Hall Effect magnetic switches. Do NOT attempt to install standard 3-pin or 5-pin mechanical switches.
- Keep the keyboard away from liquids and moisture. Spills can short-circuit the sensitive magnetic sensors and the high-frequency eSports chipset.
- Do not place extremely strong magnets (like neodymium tools) directly on the keyboard surface, as this may temporarily disrupt the Hall Effect sensor calibrations.
