Explore GameSir technology innovations
Explore the technologies behind our controllers.
Tunnel Magneto-resistance
TMR (Tunnel Magneto-resistance) technology is the cutting-edge technology behind GameSir's latest pro-level controllers. Engineered for competitive gameplay, TMR unlocks the next frontier of performance—delivering pixel-perfect precision, an absolute zero deadzone, and flawless anti-drift reliability.

Technical Diagram
TMR sensor structure: dual magnetic layers + ultra-thin insulating layer.
At its core, TMR technology utilizes the quantum tunneling effect to detect magnetic fields with extraordinary sensitivity. As you move the joystick, the TMR sensor reads microscopic changes in the magnetic orientation without any physical friction. It instantly converts these subtle magnetic shifts into highly accurate digital signals. This frictionless, hyper-sensitive mechanism ensures that even the most minute thumb adjustments are captured perfectly, eliminating mechanical wear while delivering true linear control.
Translates your slightest thumb movements into pixel-perfect in-game actions for flawless aiming.
Operates with extreme energy efficiency, significantly extending your battery life for marathon gaming sessions.
Delivers instantaneous responsiveness the moment you touch the stick, giving you the ultimate edge in micro-control.
Utilizes frictionless magnetic sensing to completely eliminate mechanical wear and guarantee a permanent, drift-free experience.
Non-Contact Magnetic Sensor
Bringing industry-standard reliability to all, Hall Effect technology delivers a flawless, drift-free experience without the premium price tag. It ensures a frictionless, ultra-smooth gaming session, providing unbeatable longevity and value for every player.
Utilizing a contactless magnetic mechanism, Hall Effect sensors track your movements by measuring variations in a magnetic field. Because the components never physically rub against each other, mechanical wear is completely eliminated. This translates your inputs into smooth, reliable actions while providing a permanent, cost-effective fix to stick drift.
Frictionless, non-contact detection completely eliminates mechanical wear.
A proven architecture designed for long-term endurance.
Effectively solves stick drift for consistently accurate inputs.
Saves costs and reduces e-waste by eliminating the need for frequent replacements.