A truly flexible display requires a truly flexible touch screen sensor



Most of today’s portable rigid display devices offer capacitive touchscreen functionality. Consumers have come to expect this technology in all smart devices and tablet computers but experience many frustrations including breakage, accidental use and an inability to operate when wearing insulating materials such as gloves.

Digital Resistive Area Sensing (DRAS®) overcomes capacitive touch screen limitations revolutionising next-gen portable devices and wearable-tech, providing greater functionality and control

The DRAS® technology delivers superior spatial resolution. It can also sense finger force and requires no re-calibration. It’s not affected by humidity or temperature swings and only picks up intentional contacts.

What’s more the sensor can be made as large as the application requires, enabling large scale flexible TV’s and extensive wall size displays to be developed without increasing the complexity of the hardware interface and without compromising the sensor performance.

Next generation smart devices can also be customized in terms of shape, size, resolution, accuracy, flexibility and cost without compromising the ease of interface.

KEY FEATURES

•  The sensor is put behind the flexible display: there is no impact on the display's optical performance!
•  Ideal for next-generation, flexible display devices and wearable electronics
•  Truly flexible, rollable
•  Multi-touch
•  Finger force sensing
•  Not affected by humidity or temperature swings
•  No calibration required
•  Virtually borderless
•  Extremely thin
•  Consumes very little power

The DRAS® technology addresses all of the new demands and emerges as the winning solution for the new breed of portable devices with flexible displays!

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