Cartier Queen’s Cup 2020 Polo Tournament is the First Multi-Camera Sports Production Using LiveU’s LU800

Providing multi-camera coverage in a single unit, the LU800 was deployed to bring high-profile polo tournaments to viewers, using remote production

This year’s Cartier Queen’s Cup 2020 Polo Tournament, organised by the Guards Polo Club, based in Windsor, UK, was the first sporting event to take advantage of LiveU’s game-changing, multi-camera LU800 capabilities. The event was streamed live to viewers on the Guards TV website and a leading sports channel in Latin America. The event was covered using four cameras with the live feeds streamed in low delay from the UK to the production studio in South Africa.

This year was the 60th anniversary of the prestigious Queen’s Cup, which has been sponsored by Cartier since 2012. Taking place in the dramatic Windsor Park, where there are multiple polo grounds, this year’s event had to take place without fans due to social distancing requirements with the organisers aiming to create maximum fan engagement while taking into full account current restrictions.

Ronen Artman, VP of Marketing, LiveU, said, “We all know that the sports sector has been particularly badly hit by the pandemic; therefore, technical innovation is required to maximise coverage of those sporting occasions that take place. We are very excited to see the first use of the LU800 production-level field unit, launched in June, with the full advantage being taken of its multi-camera capabilities alongside our remote production solution.”

South African based Live Production Tech partnered with Polocam.tv to handle the production. Greg Hughes, Director, Polocam.tv said, “Having covered this tournament and being on-site for the last decade, we were really struggling this year without the ability to fly to the UK or have more staff on site. LiveU provided us with the bonded streaming technology for not only broadcasting this event but also setting the model for how to move forward with other events around the world.”

Having tested the LU800 during the early rounds, the multi-camera unit was used for the semi-finals and final. The commentator was at the event in the UK with the graphics, replays and switching carried out remotely from South Africa. This, of course, saved considerably on human and technical on-site resources as well as cost, with premium quality coverage achieved using remote production.

For the semi-finals, there were two side cameras, a centre pitch camera and a camera positioned on a crane. Two LU600s were also used to provide goal-line coverage. The final was a similar setup, with some drone footage too, the aerial footage further enriching the fan experience, increasing the multi-angle coverage.

The LU800 supports up to four fully frame-synced feeds in high resolution from a single unit, using powerful IP bonding of up to 14 connections. The unit also offers the highest-quality video performance, with up to 4Kp60 10-bit HDR transmission for optimal colour depth and richness, as well as up to 16 audio channels for high-end productions.

Michael Esteves, Director, Live Production Tech, said, “Having trialled the LU800 during earlier rounds, and been very impressed with its capabilities and the great enhancements it brought to our coverage, we were excited to use it for the semi-finals and final. The coverage we achieved was fantastic and allowed us to really expand what we were able to capture for viewers. LiveU’s remote production capabilities were also crucial, particularly given the current restrictions, providing us with the flexible production capabilities we needed, cost-effectively.”

Artman added, “The LU800 really moves sports production to the next level given the unit’s multi-camera capabilities. Alongside our remote production solutions, we are now able to satisfy both simple and very complex sports productions at a price point that has previously simply not been possible using other technologies.”

Watch the multi-camera sports production in action:

https://youtube.com/watch?v=Bgx37BOtCYg