{"id":14864,"date":"2024-07-12T10:09:26","date_gmt":"2024-07-12T08:09:26","guid":{"rendered":"https:\/\/www.directout.eu\/?p=14864"},"modified":"2025-10-31T16:45:54","modified_gmt":"2025-10-31T15:45:54","slug":"directout-prodigy-mp-system-deployed-for-ultimate-redundancy-and-reliability-at-next-gen-atp-finals-in-jeddah","status":"publish","type":"post","link":"https:\/\/www.directout.eu\/de\/directout-prodigy-mp-system-deployed-for-ultimate-redundancy-and-reliability-at-next-gen-atp-finals-in-jeddah\/","title":{"rendered":"DirectOut PRODIGY.MP system deployed for ultimate redundancy and reliability at Next Gen ATP finals in Jeddah"},"content":{"rendered":"

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When facilitating a massive broadcast and live sporting event like the Next Gen ATP finals, play cannot be interrupted for any reason. DirectOut’s PRODIGY.MP ensured that the event stayed on air, without the possibility of failure due to lost signal. Marco Galizia, Technical Director for Next Gen ATP Finals, insists that DirectOut hardware and audio solutions are the only way to secure total peace of mind, as he discovered when utilising two PRODIGY.MP at the final of the tennis tournament for the superstars of tomorrow, held in Jeddah at the end of last year.<\/p>\n

DirectOut’s PRODIGY.MP is designed to provide flexible I\/O, dual network audio and sample rate conversions. The FPGA-based, low-latency processing provides Matrix Mixers, summing busses and channel processing. With its seamless I\/O structure including network convergence capability, the PRODIGY.MP can simultaneously host two different network formats, with real-time audio exchange between them both.<\/p>\n

The Next Gen ATP Finals was broadcast in over 160 countries and with total viewing figures of over 50 million. The audio system relied on PRODIGY.MP to provide full hardware redundancy. The built in Enhanced Automatic Redundancy Switching (EARS) provided an instantaneous automatic switch-over in the event of a failure. Considering the audio transmission and thanks to the internal latency free buffer, if needed, that switch-over would happen without a single frame being lost.<\/p>\n

Galizia explains how his system worked during this high-profile event.<\/p>\n

“Our signals are being broadcast all over the world. When the referee speaks, it is only for a few minutes. If there is a problem in this tiny window it would be a major issue,” he says. “The PRODIGY.MP is the first point of redundancy. The Logic of the clock redundancy strategy, EARS, provides automated switching. If it loses clock, it will automatically switch to internal clocking and carry on. If the problems continue and you need to intervene, you can send an OSC command to the mixer and switch manually.”<\/p>\n

Redundancy is built into the entire sound design, with back-ups at every point in the chain, from the mic inputs to the amps.<\/p>\n

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