Consumer Electronics & Display Technology

In consumer electronics, the interface to humans plays a key role, because consumer electronics generate an output signal at the request of a human and integrated data processing. In the simplest case, keyboards and controllers are used as input signals, but eye tracking, movement patterns or nerve cell potentials can also be used. The underlying data processing is often complex and works with high-performance semiconductor chips, sometimes embedded in networks. Data communication therefore also plays an important  role. Audio-visual information is often used as output signals (displays, loudspeakers, etc.), but haptic feedback is also feasible depending on the application.

Displays are one of the most common human-machine interfaces and output devices. In addition to displays for smartphones, monitors and televisions, more and more types of displays are being used in various applications: transparent displays (head-up displays), µ-displays for AR/VR, flexible and stretchable displays or displays for automotive, industrial or defense applications. Displays combine an electronic back panel, light emitting layers and µ-optical functions. All these functions require tailored materials and processes to realize high quality displays adapted to each situation and use.

CeSMA provides different solutions and Know-How on materials and process technologies for consumer electronics and display technology:

Data communication

Touch displays in cars
© AdobeStock
Solutions for improved data transmission quality

New material solutions for high-frequency data transmission

 

Data communication

Microoptics

Lens array aspherical
© Fraunhofer ISC

Optical backlight structures or µ-optical patterning

 

Microoptics

Quantum Dot Composites

Quantum-Dot nanocomposite
© Fraunhofer ISC

Light emitting materials based on 3D printable Quantum Dot Composites

 

Quantum Dot Composites

Substrate technology

Simulation of stretched substrate with rigidized areas
© Fraunhofer ISC

Substrate materials for stretchable displays

 

Substrate technology

Tangible User Interface TUI

Human-Machine-Interface HMI
© AdobeStock
Sensors for human-machine communication

Touch screens, recognition of gestures and movements through to the measurement of nerve signals

 

Tangible user interface TUI