Laird joins 5GAA to develop 5G communications solutions

As the successor to the LTE mobile phone standard, 5G is one of the key factors for automotive services and integration in SmartCities and Intelligent Transportation Systems (ITS), which connect vehicles, networked infrastructure, and other 'things' to the Internet to provide a wide range of data and services for consumers, traffic management systems, first responders, and others.

Industry experts predict that by 2020, there will be 250 million connected cars and trucks on the road worldwide, and by 2025, all new vehicles will be connected to the Internet of Things (IoT).

5GAA, which was launched towards the end of 2016, will develop, test and promote communications solutions, support standardisation, and accelerate commercial availability of key products and solutions. The aim is to address society’s connected mobility and road safety needs with applications such as connected automated driving, and ubiquitous access to services.

As an evolution to today’s networks, 5G mobile connectivity will enable increased data volumes, more devices to be connected, latency to be significantly reduced, and new levels of connected reliability to be achieved.

5G will also support mission-critical communications for safer driving, vehicle-to-everything communications, and connected mobility solutions.

“The prospects of 5G are already of enormous importance to the automotive and tech industries,” said Steve Brown, President of Laird’s Connected Vehicle Solutions Division. “5GAA will make a crucial contribution to the development of 5G standards, and Laird will contribute its expertise to the development of powerful 5G broadcasting and reception systems enabling the next generation of mobile connectivity.”

Laird is a provider of telematics systems and sophisticated antennas to the US and German auto manufacturers, as well as many in Asia. It is currently the only Tier 1 supplier that combines experience in antenna design with the development of vehicle-communication devices.

With 5G integration, it is expected that vehicles will in the future be able to use machine-type communication (MTC) to interact with other smart devices. Vehicles will communicate not only with each other, but also with roadside infrastructure and traffic systems to increase road safety and pave the way for autonomous driving.

“We’re excited about a lively exchange of ideas between all of the 5GAA partners, and we want to help drive the process of defining a 5G standard,” Brown said. “Our experience in the field of antenna technology and telematics provides a valuable impulse that is indispensable for developing the best possible reception systems for cars. An intelligent 5G antenna that fully supports the potential of the new mobile phone standard is of vital importance for future connected vehicles.”