zForce AIR® Sensors

The zForce AIR Sensor is a laser light based touch sensor based on light reflections that can be integrated and used in various applications. zForce AIR Sensors detect and trace objects by detecting diffusely reflected infrared light. An object present in the active area will affect several receiver channels, and the reported x/y coordinates are the outcome of a center of gravity calculation on these signals. zForce AIR Sensors connect to the host system through a standard connector and communicate through a standard I2C or USB interface.

The characteristics of the sensor modules are high scanning frequency, low latency, high accuracy and operate in the temperature range -40°C to +85°C, making these sensor modules ideal for applications intended for harsh environments.

With zForce AIR Sensors you enjoy complete freedom of design, ease of integration and cost-efficient production.

Main Features

  • High scanning frequency –  200Hz or more depending on sensor length
  • Idle mode for reduced current power consumption
  • Configurable interactive area
  • I2C and USB interface

* Order off-the-shelf zForce AIR Touch Sensors at Digikey.com
For technical documentation and support; https://support.neonode.com
Digikey’s authorized distributors world wide, see Digikey_Distributors_2018

** Contact the Neonode Sales team.

zForce CORE™ Sensors

zForce CORE is a full custom IR light based touch sensor system for high volume applications that can be licensed. The sensors are based on light blocking zForce technology and can be integrated and used in various applications.

zForce CORE provide multi-touch interaction and support multi object gestures with a minimum of components and the lowest possible cost. zForce CORE systems are tailored for ultra low latency and power consumption and can be easily customized to fit the demands of any application and environment. Custom design solutions are scalable to any touch area and size and work on any surface and with any touch object.

* Contact Neonode Sales team.