ELECOM Unveils VM800: The World's First Gaming Mouse with UWB and True 8KHz Wireless Technology

Japanese hardware manufacturer ELECOM has officially announced a groundbreaking product in the gaming peripheral market: the VM800 series. This marks the debut of the world's first high-performance wireless gaming mouse to feature both UWB (Ultra-Wideband) wireless communication technology and a true 8KHz polling and scanning rate.

VM800 series

The VM800 offers dual-mode connectivity, supporting both wired USB-C and wireless UWB. The key innovation lies in its use of UWB, which operates on a wide 7.25-9.30GHz frequency band. This provides a significant advantage by minimizing interference and ensuring stable transmission of mouse input signals. When combined with its 8KHz polling and scanning rates, the mouse achieves an impressively low response latency of approximately 0.5ms, setting a new standard for wireless responsiveness.

Designed for competitive gamers, the VM800 features a lightweight, right-handed ergonomic shape without external holes, making it suitable for both palm and claw grips. To accommodate different hand sizes, ELECOM offers two models: the standard VM800 (M) and the larger VM800L. The VM800 measures 122mm long, 41mm high, and 66mm wide, weighing just 59g. The VM800L is slightly larger at 130mm long, 43mm high, and 70mm wide, with a weight of 64g.

Under the hood, the VM800 series is equipped with a top-tier PixArt PAW3950DM sensor, capable of up to 30,000 CPI for exceptional precision and tracking. The mouse includes a rechargeable battery that provides approximately 100 hours of use in 1000Hz mode. The pre-sale price is listed at 16,980 JPY (including tax), which currently converts to about $115 USD.

In conclusion, the ELECOM VM800 represents a significant leap forward in wireless gaming technology. By being the first to integrate UWB with a true 8KHz polling rate, it directly addresses the core demands of competitive gamers for a connection that is not only fast but also exceptionally stable and reliable. This innovation could pave the way for a new generation of ultra-low-latency wireless peripherals.

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