IPI has introduced the HAZE X gaming mouse, a new wireless gaming peripheral designed for medium to large hands. The Gaming Mouse focuses on improving click response and customization by using a TMR (Tunnel Magnetoresistive) based electromagnetic button system for its left and right buttons.
The HAZE X replaces traditional mechanical click switches with magnetic sensing technology, allowing users to fine-tune button behavior according to their preferences. Both left and right buttons support independent trigger travel adjustment and Rapid Trigger settings, with 10 levels available in 0.2mm increments.
The gaming mouse measures 127 × 64 × 40mm and uses an ABS plastic shell. Inside, it features the PixArt PAW3955 sensor, which is designed for high-speed tracking performance in competitive gaming scenarios. The mouse and included 2.4GHz wireless receiver are powered by Nordic nRF54 series chips, providing a modern wireless connection solution.
IPI is preparing two versions of the HAZE X. The standard model comes with an X-axis linear vibration motor, a 300mAh battery, and weighs approximately 63g. The premium version adds a Z-axis linear vibration motor, supports adjustable custom speakers, includes a larger 500mAh battery, and has a weight of around 69g.
Key features of the IPI HAZE X include:
- TMR electromagnetic sensor-based left and right click system
- Independent Rapid Trigger and trigger travel adjustment
- 10 adjustment levels with 0.2mm steps
- Five levels of button vibration feedback intensity
- Click latency rated as low as 6.5ms
- Reinforced button module frame for improved durability
- PixArt PAW3955 optical sensor
- Nordic nRF54 series SoC for mouse and receiver connectivity
- Metal scroll wheel design
The addition of adjustable magnetic buttons and Rapid Trigger support makes the HAZE X suitable for gamers who want more control over click activation and feedback. While pricing and availability details have not been announced yet, IPI is expected to share more information closer to the official launch.
