Fraunhofer Technology Enables Efficient Networks in Vehicles for Data Rates up to 10 Gbit/s

/ 4.11.2014

Erlangen/Munich, Germany, November 3, 2014 – electronica, Hall A, Booth 113: Scientists from the Fraunhofer Institute for Integrated Circuits IIS in Erlangen will present a new high-speed link at electronica in Munich from November 11 to 14. Using the 10+ Gbit/s physical layer for a simple twisted pair wireline data transmission, it is possible to transfer data at rates of 10 Gbit/s in real time. The layer is ideal for high-bit-rate data streaming used in driver assistance systems, for connecting mobile devices as well as for multimedia applications in vehicles.

Fraunhofer IIS/Udo Rink

Effizienter High-Speed Physical Layer 10+ Gbps für die nächste Generation der Video-Übertragung. Faster and more efficient: the 10+ Gb/s physical layer for the next generation of video transmission.

Here’s what driving could look like in the future: The driver can relax while the car navigates rush-hour traffic using its camera-based assistance systems. At the same time, passengers are watching a sporting event broadcasting live over Internet TV on the car’s entertainment system. The sports shows of tomorrow will be broadcasting in 4K quality from every conceivable angle.

10+ Gbit/s physical layer speeds up wireline data transmission

These parallel applications require high data throughput using a simple, lightweight and inexpensive copper cable, combined with low power consumption and minimum latency. Fraunhofer IIS has developed this core technology for the next generation of data transmission and is in the process of making it ready for production. Consuming less than one watt for every transmitter/receiver pair, the new physical layer can transmit 10 Gbit/s over a single twisted pair cable 10–15 meters long. Keeping the latency to a minimum provides video data for human-machine interaction tasks in real time. The universal design of this development allows a wide range of content with various requirements to be transmitted simultaneously, which also means that connections that used to run in parallel can now be consolidated into one pair of wires.

The developed physical layer is currently working at 10 Gbit/s. For further applications it is intended to increase the data rate to 12.5 Gbit/s. This will serve as core technology for virtually all common data rates of 10 Gbit/s and more.

Applications range from mechanical engineering to broadcasting

High-speed data transmission systems are by no means limited to a vehicle’s on-board electronics. Many other application areas have similar requirements. These areas include industrial facilities, mechanical and systems engineering, automation technology, medical technology, robotics and data centers. Broadcasting that uses multiple cameras and HD or even 4k video streaming can also benefit from this technology.

Fraunhofer IIS scientists will be demonstrating an evaluation and test platform for the 10+ Gbit/s physical layer at electronica (Hall A, Booth 113) from November 11 to 14.