Lenovo Legion R7 Pro Mouse Launches with 8K Polling Rate for Around $67

Lenovo released the Legion R7 Pro wireless gaming mouse in China, targeting competitive players who need ultra-low latency. The device supports an 8K polling rate in both wired and wireless modes, a feature that reduces input delay for high-refresh-rate monitors. This specification matters because it allows gamers to track movements with higher precision during fast-paced titles.

Lenovo Legion R7 Pro wireless gaming mouse features PAW 3950 sensor and 8K polling rate

The mouse relies on a PAW 3950 optical sensor paired with a Telink 3228 controller to manage data transmission. It features a right-handed asymmetric design that weighs approximately 59 grams. This lightweight construction helps reduce arm fatigue during extended gaming sessions.

Specifications

• Sensor: PAW 3950
• Controller: Telink 3228
• Weight: 59g
• Polling Rate: 8K (wired and wireless)
• Switch Lifespan: 120 million clicks

Switches inside the mouse are rated for 120 million clicks to ensure long-term durability. Lenovo offers the device in two color options: Carbon Crystal Black and Ice Soul White. The build quality focuses on standard gaming peripherals without adding unnecessary bulk.

The Legion R7 Pro is available for pre-order on JD.com starting October 4, 2024. The price is set at 449 CNY (around $66.87). This pricing places the mouse in the entry-level segment for high-specification gaming peripherals.

We previously covered the Lenovo Legion 7a 16 RTX 5070 laptop in our earlier Lenovo coverage. That device represents a different category of hardware, focusing on mobile computing power rather than peripheral input devices. The R7 Pro complements the Legion ecosystem by providing a matching input solution.

The product launch confirms that Lenovo is expanding its Legion peripheral lineup with high-polling-rate options. Buyers in China can now secure units through the official JD.com pre-order channel. The combination of the PAW 3950 sensor and 8K support defines the current generation of this specific mouse model.