BEGIN:VCALENDAR VERSION:2.0 PRODID:-//swoogo.com//NONSGML kigkonsult.se iCalcreator 2.41.90// CALSCALE:GREGORIAN UID:66623730-3763-4838-a333-636536303230 BEGIN:VEVENT UID:7e31d3836a24b6f50bd0867b7da19738f1b5603a@swoogo.com DTSTAMP:20260713T090812Z DESCRIPTION:This case study explores the transition of The Eurovision Song Contest's video system from traditional SDI to the SMPTE ST 2110 standard\ , showcasing its advantages for large-scale live events. Eurovision\, a hy brid of arena-sized live performance and broadcast show\, upgraded to ST 2 110 over a 100Gb dual redundant backbone. The transition addressed challen ges unique to its production\, such as managing vast amounts of content fo r 37 delegations and transporting it to LED screens and display devices. S T 2110's robust network-based infrastructure supports large-scale\, high-r edundancy systems\, reducing potential delays and points of failure compar ed to SDI. This study highlights Eurovision’s successful migration\, illus trating how other live events can leverage ST 2110 for enhanced performanc e and reliability. Attendees will gain insights into the benefits of netwo rk-based solutions for large LED display systems and how to apply these le arnings to future productions. DTSTART:20241023T000000Z DTEND:20241023T003000Z LAST-MODIFIED:20260713T090812Z LOCATION:Session Room 1 SEQUENCE:0 STATUS:CONFIRMED SUMMARY:How The Eurovision Song Contest Transitioned from Baseband to ST 21 10 TRANSP:OPAQUE X-ALT-DESC;FMTTYPE=text/html:

This case study explores the transition of The Eurovision Song Contest's video system from traditional SDI to the SMP TE ST 2110 standard\, showcasing its advantages for large-scale live event s. Eurovision\, a hybrid of arena-sized live performance and broadcast sho w\, upgraded to ST 2110 over a 100Gb dual redundant backbone. The transiti on addressed challenges unique to its production\, such as managing vast a mounts of content for 37 delegations and transporting it to LED screens an d display devices. ST 2110's robust network-based infrastructure supports large-scale\, high-redundancy systems\, reducing potential delays and poin ts of failure compared to SDI. This study highlights Eurovision’s successf ul migration\, illustrating how other live events can leverage ST 2110 for enhanced performance and reliability. Attendees will gain insights into t he benefits of network-based solutions for large LED display systems and h ow to apply these learnings to future productions.

BEGIN:VALARM UID:38626633-3037-4864-b631-653633633138 ACTION:DISPLAY DESCRIPTION:This case study explores the transition of The Eurovision Song Contest's video system from traditional SDI to the SMPTE ST 2110 standard\ , showcasing its advantages for large-scale live events. Eurovision\, a hy brid of arena-sized live performance and broadcast show\, upgraded to ST 2 110 over a 100Gb dual redundant backbone. The transition addressed challen ges unique to its production\, such as managing vast amounts of content fo r 37 delegations and transporting it to LED screens and display devices. S T 2110's robust network-based infrastructure supports large-scale\, high-r edundancy systems\, reducing potential delays and points of failure compar ed to SDI. This study highlights Eurovision’s successful migration\, illus trating how other live events can leverage ST 2110 for enhanced performanc e and reliability. Attendees will gain insights into the benefits of netwo rk-based solutions for large LED display systems and how to apply these le arnings to future productions. TRIGGER:-PT15M END:VALARM END:VEVENT END:VCALENDAR