A pioneering collaboration has highlighted the transformative potential of 5G technology in international broadcasting, led by the University of Strathclyde’s Software Defined Radio team (StrathSDR) and its spinout, Neutral Wireless. This partnership has delivered groundbreaking projects, including the world’s first private standalone 5G network for sports broadcasting at the Silverstone British Grand Prix MotoGP (1) and the world’s largest private pop-up 5G network, which beamed live footage of the coronation of King Charles III globally (2), earning two innovation awards.

Traditionally, broadcast cameras rely on proprietary radio (RF) signals to connect to outside broadcast units, limiting flexibility. 5G technology, however, enables a broader range of cameras and devices to be used in more varied locations, unlocking new creative and operational possibilities for broadcasters. This also facilitates more efficient remote production, reducing the need for extensive on-site crews and fixed wire connections.

The 5G network delivers 1 Gigabit per second (Gbps) of wireless connectivity, allowing high-definition (HD) video to be transmitted from wireless cameras to production facilities worldwide.

Leading broadcasters, including BT Sports, BBC, CBS, SKY, and CNN, have utilised this game-changing technology, which represents a significant shift in how live sports, news, and events are covered. By enhancing flexibility and efficiency, StrathSDR and Neutral Wireless are setting new standards in the broadcasting industry.

This pioneering technology has also been demonstrated in a series of 5G-enabled media broadcasting proof-of-concepts in remote locations, including a rhino conservancy on the Kenyan equator, a Maori school in New Zealand, and the live broadcast of the Pitlochry Highland Games.