Rato Lenovo Go escritório ambidestro RF Wireless ótico 2400 DPI

The Lenovo Go USB-C Wireless Mouse is an ambidextrous, battery-powered office mouse designed for portability and comfort. It features an optical blue sensor with 2400 DPI resolution, RF wireless connectivity and a compact form factor suited for ultrabook users and mobile work environments. The mouse is available in grey and black and includes a scroll wheel and five buttons for common navigation and control tasks.

Advantages

The ambidextrous design supports both left- and right-handed use, while the optical sensor with 2400 DPI delivers precise pointer control on most surfaces. RF wireless connectivity provides a stable connection without cables, and the compact, lightweight construction improves portability. An ultra-long battery life and a programmable utility button increase productivity and reduce interruptions during work.

Suitable for

• Office work and general productivity tasks
• Mobile use with ultrabooks and laptops
• Users who need an ambidextrous mouse
• Environments requiring a wireless, cable-free setup

Key specifications

• Form factor: Ambidextrous
• Movement detection: Optical (blue sensor)
• Resolution: 2400 DPI
• Buttons: 5 (including programmable utility button)
• Scroll: Wheel
• Interface: RF Wireless
• Power: Battery-powered
• Weight: 0.071 kg
• Colours: Grey, Black

How to use

Insert the required batteries, connect the RF receiver to your computer’s USB port, and switch the mouse on. Position the mouse on a flat surface and use the left and right buttons, scroll wheel and utility button for navigation and shortcuts. If the utility button is programmable, set its function via supported software or system settings according to your workflow.

Recommendations

For best performance, use the mouse on a stable, non-reflective surface and keep the RF receiver within recommended range of the computer. Replace batteries before they are fully depleted to avoid interruptions, and program the utility button to a frequently used function to improve efficiency.