Keychron K6H-J1 tastiera meccanica cablata 65% Magnetic nero con switch Gateron a effetto Hall

The Keychron K6H-J1 is a compact 65% mechanical keyboard designed for professionals and gamers who demand precision and speed. Featuring Gateron KS-20 Hall Effect magnetic switches with Rapid Trigger and Dynamic Actuation technology, this keyboard offers adjustable actuation points from 0.1mm to 3.8mm for ultimate customization. The aluminum frame and double-shot PBT keycaps ensure durability and a premium feel, while south-facing RGB backlighting adds a vibrant touch. With a 1000Hz polling rate, N-Key Rollover, and gasket mount design, the K6H-J1 delivers exceptional performance and comfort. Fully compatible with Windows and macOS, it connects via a detachable USB-C cable and can be customized using the Keychron Launcher software.

Advantages

Experience unparalleled responsiveness with Hall Effect magnetic switches that allow you to set the actuation point to your preference. The compact 65% layout saves desk space without sacrificing essential keys, and the gasket mount structure provides a softer typing feel. The onboard memory lets you save profiles, and the included detachable cable makes it easy to transport.

Suitable for

• Gamers seeking fast, adjustable actuation for competitive play
• Typists who prefer a compact layout with a full set of arrow keys
• Professionals needing a reliable, customizable keyboard for productivity

Key specifications

• Layout: 65% Compact
• Switch: Gateron KS-20 Hall Effect Magnetic (Hot-swappable)
• Actuation: Adjustable 0.1mm–3.8mm with Rapid Trigger
• Connectivity: Wired USB-C
• Polling Rate: 1000Hz
• Keycaps: Double-shot PBT
• Frame: Aluminum
• Backlight: South-facing RGB
• Mount: Gasket Mount
• Anti-Ghosting: N-Key Rollover
• Processor: ARM Cortex-M4 STM32
• Software: Keychron Launcher
• Compatibility: Windows, macOS
• Color: Black

Recommendations

For optimal performance, pair this keyboard with a high-quality USB-C cable and a compatible wrist rest. Use the Keychron Launcher to fine-tune actuation points and create custom profiles for different applications.