Telstra Broadcast Services Successfully Trials Live Broadcast Contribution Over 5G

Telstra’s 5G network slicing technology successfully trialled for Network Ten’s live coverage of prestigious Australian horseracing event.

Telstra Broadcast Services (TBS) has trialled 5G Standalone Network Slicing technology with leading Australian broadcaster Network Ten to test how this technology could support its live coverage of the Flemington Spring Racing carnival. Telstra’s 5G Network Slicing technology provides a video, audio and data connection that combines the low cost and availability of Telstra’s broad mobile network with the high-quality transport required to deliver live television.

The Spring Racing Carnival, held in Melbourne, is the premier racing event in Australia. It covers four days of racing and provides a great opportunity to explore the challenges and benefits for mobile media contribution. The large venue requires wireless cameras combined with the challenge of transmitting video signals of a fast-moving sport. Crowds of up to 5,000 create congestion on the network and the high-pressure environment of live television demands rugged and reliable technology.

Telstra’s trial setup was located within the Outside Broadcast precinct at Flemington Racecourse. It used a 5G modem and external antenna connected to a local mobile network cell powered by Ericsson that supports 5G Standalone (SA) with network slicing and radio resource partition.

Following the successful conclusion of this technical trial, Telstra will look at opportunities to extend the service to other customers, venues, and media contribution use-cases around the world.

You might also like...

The Resolution Revolution

We can now capture video in much higher resolutions than we can transmit, distribute and display. But should we?

Microphones: Part 3 - Human Auditory System

To get the best out of a microphone it is important to understand how it differs from the human ear.

HDR Picture Fundamentals: Camera Technology

Understanding the terminology and technical theory of camera sensors & lenses is a key element of specifying systems to meet the consumer desire for High Dynamic Range.

IP Security For Broadcasters: Part 2 - The Problem To Be Solved

By assuming that IP must be made secure, we run the risk of missing a more fundamental question that is often overlooked: why is IP so insecure?

Standards: Part 22 - Inside AIFF Files

Compared with other popular standards in use, AIFF is ancient. The core functionality was stabilized over 30 years ago and remains unchanged.