• GIGABYTE ICE Technology™ – works on almost every surface, including glass and ice
  • GIGABYTE Free-Scrolling Technology™
  • 4-Stage DPI adjustable – 800/1200/1600/2000 DPI
  • Personalize your mouse with GIGABYTE SIM™ software
  • Outstanding design
  • Works On Virtually Every Surface, Including Ice and Glass!
    The cutting-edge GIGABYTE ICE Technology™ is a kind of laser tracking system which makes FORCE M9 ICE work on almost every surface, giving you extra freedom of motion. Not only can it work on the desk or sofa, it also performs great on crystal clear surface, like glass and ice!

  • 4-Stage DPI Adjustable

    Easily flick the button and adjust DPI at your fingertip with intuitive LED indicator on the mouse. 800 / 1200 / 1600 / 2000 DPI adjustable.

    *Original resolution of hardware specification is up to 1600 DPI; software simulation is up to 2000 DPI.

  • GIGABYTE Free-Scrolling Technology

    GIGABYTE Free-Scrolling Technology™ facilitates webpage browsing and boosts efficiency.

    Click here for more detail about GIGABYTE Free-Scrolling Technology.

  • Personalize Your Mouse with GIGABYTE SIM Software

    You may download GIGABYTE SIM software from the official website, and then change button functions to suit your needs with simple clicks. Personalizing mouse button function is like mouse make-over. It helps to boost work efficiency, and make your mouse one-of-the-kind!

  • Modern Design

    Ergonomic shape with modern design.

  • Hand-Comfort Guide
  • * Advertised performance is based on maximum theoretical interface values from respective Chipset vendors or organization who defined the interface specification. Actual performance may vary by system configuration.
* Alle materialen zijn alleen voor uw referenctie. GIGABYTE behoudt zich het recht om zonder aankondiging de inhoud te wijzigen of te herzien.
* Alle handelsmerken en logo's zijn eigendom van hun respectieve houders.
* Door de standaard PC-architectuur, wordt een bepaalde hoeveelheid geheugen gereserveerd voor gebruik van het systeem en dus is de werkelijke geheugengrootte kleiner dan de aangegeven hoeveelheid.