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Connecting fans in Copenhagen with 3's 5G standalone network

Connecting fans in Copenhagen with 3's 5G standalone network

Ericsson, 3 Denmark, TV 2 and Sony kick off a new era of live sports broadcasting

As most sport matches go, watching your favorite teams go head to head at a massive stadium is thrilling and memorable for fans. The pressure is on for TV producers and broadcasters to capture all the action live, but traditional cable and camera setups can be limiting and production costs tend to be high.

With 5G millimeter wave (mmWave) technology and 5G enabled cameras, broadcasters can break free from the confines of cables while benefitting from robust connectivity at an even lower cost than before.

On June 5, 2024, the live television broadcast of a Nordic Derby match utilized 5G mmWave on a 5G standalone (SA) network for the first time. Ericsson, 3 Denmark, TV 2 and Sony successfully delivered a live sports experience with exceptional capacity and stability.

Let's hear from the expert team who brought the live sports broadcast to viewers at home speak about their stories.

Unleash new possibilities for live broadcasting with 5G

5G can improve efficiency by removing the need for large onsite crews and tethered equipment. According to the GSMA, this approach can help lower production costs by as much as 90%. The broadcast was the first even to use the new Sony 5G NR-DC wireless transmitter which  enabled every camera to be wireless with less cable, less crew and less set up time. This freed up camera operators so they had better mobility to capture the perfect shot for viewers watching from home. 

5G Network Performance: The 5G standalone network with millimeter-wave technology demonstrated exceptional speeds, reduced latency, and 100% network uplink during the live broadcast production.

Sony Wireless Kit: The new Sony wireless kit, specifically the Portable data transmitter (PDT FP1), was used. This device is a data transmitter that uses 5G, mmWave and sub6 capabilities which sustain high-speed transmissions of video. The PDT FP1 was created in collaboration with network operators so it features professional interfaces which would meet their specific needs.

Speed and Latency: The setup achieved incredible speeds and significantly reduced latency. Each camera required 35 megabits per second and 100% uptime.

Cost and Efficiency: Utilizing 5G in the venue resulted in substantial savings on cabling and preparation time. Cameras could be positioned and connected to the network quickly, streamlining the production process.

Reliability: The network's reliability was highlighted, ensuring the broadcast was free from disruptions, emphasizing the importance of connectivity in live production.

The camera set up and technologies used allowed TV broadcasters to save up to 90% on production costs while still providing excellent fan experience to viewers at home. In the future, supporting full arena TV productions with 5G cameras will facilitate a large variety of camera angles to capture the action.

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