Gigabyte AORUS M6

An ultra-precise gaming mouse with a combined connection (radio, wire), an advanced PixArt 3395 optical sensor, RGB lighting and a truly symmetrical body for ambidextrous people. The model is part of the Gigabyte Aorus line of products for enthusiasts, belongs to the upper price segment and, according to the manufacturer, claims to be one of the most accurate mice of 2023. Equipped with a Pixart 3395 optical sensor, the Aorus M6 is capable of 26K DPI sensitivity (in 50 DPI increments), while tracking jerk speeds of up to 650 inches per second and an impressive maximum acceleration of up to 50G.

A low-latency wireless connection (1 ms at a polling rate of 1,000 Hz) guarantees instant registration of any commands from the manipulator, be it a barely noticeable turn of the game character’s head or a successful headshot in the last seconds of the round. Plus, the mouse is certified to work with NVIDIA Reflex technology, which reduces input lag. In terms of design, Gigabyte decided not to reinvent the wheel, using a classic symmetrical shape that is equally suitable for different grip types and will be equally comfortable when operated by the right or left hand.

At the same time, Gigabyte took care of left-handers and ambidexters by duplicating the side buttons on both sides of the case. This is rare for gaming and ergonomic mice. The buttons are equipped with Japanese Omron switches, rated for 50 million clicks. The built-in battery provides up to 3 days of continuous operation. When the battery charge is low, a light indication is provided.

RGB lighting can be configured in Gigabyte Control Center software. There you can also change the purpose of the main buttons, save successful combinations in separate profiles (note: the manipulator is equipped with built-in memory), and also adjust other indicators. In particular, the mouse provides the ability to calibrate the sensor for use on different surfaces, as well as optimize the lift-off height, so the user can optimize the accuracy and smoothness of the device.