Gaming controllers
Those that work or play in the gaming sector know how important it is to provide an immersive experience to gamers. Controllers that are light, intuitive and comfortable to hold are highly prized when players are spending hours exploring the newest virtual world, or rediscovering an old favourite.
With eteeController, TG0 has succeeded in combining pressure and finger-sensing technology to reimagine the future of gaming – one without the need for buttons.
New interaction modes
- Gestural commands
- Capacitive touch and proximity sensing
- Pressure and force sensing
- Full finger tracking
Controllers and gaming accessories of all shapes and sizes can now incorporate pressure sensing trackpads, sliders and triggers for direction control and gestural commands, with additional haptic capabilities. The eteeController is the first ever controller with individual finger pressure sensing, providing endless features players can customise key binding to. Players can move more naturally while being more deeply immersed in the game.
User-centred design
Design controllers and accessories for the optimal user experience
- Reinvent functionality without added complexity
- Integrate into existing materials
- Increase ergonomics, intuitive control, adaptability and customisation
- Create modular products for changing user needs
With TG0 technology, gaming accessory designers can offer more intuitive control, adaptability and customisation. eteeController’s modular design means easy upgrades as user needs change, and the ergonomic, soft silicone finish fits hands of every size. TG0’s patented technology can be integrated into existing materials with a wide range of finishes, minimising complexity at the manufacturing stage.
Get to market faster
Build smarter, from prototype to product
- Rapid concepting
- Easy assembly with fewer components
- Lower costs using fewer sensors
- Single moulded sensor layer creates less waste
TG0’s multi-disciplinary team can take manufacturers from prototype to product in a matter of weeks. Assembly is easier and lower cost, with fewer components required. The single moulded sensor layer also creates less waste and is more easily recyclable than other alternatives.
