- top processing
- high-quality switches
- low weight
- Pressure point of the keys
- All keys easily accessible
- Sufficiently long data cable
Endgame Gear XM1 (EGG-XM1RGB-WHT)
Cable7 items in stock at supplier
Product details
The high-quality XM1 RGB gaming mouse is particularly aimed at ambitious gamers with a preference for style and design. It is the result of consistent development and innovation, as well as numerous in-house tests at Endgame Gear. The manufacturer took community feedback to heart and equipped the XM1 RGB with selected mechanical Kailh GM 4.0 switches, large and smooth mouse skates, and RGB lighting. Combined with onboard memory and optimized software, the combination of quality, precision, and design makes the XM1 RGB the ultimate gaming mouse.
Overview of the Endgame Gear XM1 RGB gaming mouse:
- High-quality gaming mouse for ambitious gamers with a preference for style and design
- Selected mechanical Kailh GM 4.0 switches for an ideal click feel
- Elegant RGB lighting with three zones
- Large, silent, and low-friction PTFE glides for maximum precision
- Patented analog technology with signal processing under 1 ms
- Pixart PMW3389 flagship sensor for low/mid/high-sense gamers
- Five configurable buttons + onboard memory
- 2-way mouse wheel with tactile button
- Resource-efficient software for CPI, button remapping, and RGB
- Ergonomic right-handed mouse for claw grip, palm grip, and finger grip
Super-fast signal processing and top sensor:
The high-end optical sensor Pixart PMW3389 captures movements with high precision even at speeds of up to 11.43 meters per second (450 IPS), allowing you to maintain control of the game in even the most hectic situations. A low lift-off distance of 2 millimeters ensures that low-sense players can easily reposition and recenter the mouse without accidental in-game movements. The lift-off distance can also be increased to 3 millimeters via software. With patented analog technology and the integrated 32-bit STM ARM Cortex-M0 MCU microcontroller, the internal signal processing remains optimal.