Skiing World Cup 2003 in Sankt Moritz with NEXUS

 

ski wm2003 1

St. Moritz, 1 February 2003.
A clear and frosty night. Down in the valley, the opening ceremony of the FIS Alpine World Ski Championships 2003 has just begun. 10,000 enthusiastic spectators and the whole international TV community are there. Above, the heavens are welcoming a new constellation. The largest and highest audio and intercom network ever, with two NEXUS STARs. 

A Stellar Combination

St. Moritz has a special alpine ambiance and it’s a unique venue for skiing competitions. Unlike other places, for example St. Anton or Schladming, the finish line is a long way up the mountain in Salastrains, at an altitude of approximately 2,000 metres. The incredibly beautiful mountainous terrain impresses visitors and athletes alike. However, it poses major technical challenges for the outside broadcast teams. Extended logistics, extreme climate, and the consistent lack of level surfaces for positioning the technical gear close to the action!
Therefore, in partnership with the City of St. Moritz, host broadcaster SRG, (SRG SSR idée suisse) and its production company tpc (tv productioncenter zürich ag), have only installed absolutely essential technical equipment up at the Salastrains finish area and alongside the ski runs of the 2,836 m high Piz Nair. All other TV and broadcasting facilities, including studios, editing rooms for foreign TV stations, and the satellite communications vehicles, were accommodated at St. Moritz Dorf, 200 metres below the finish area, or even further downhill in the bottom of the valley at St. Moritz Bad.

Optical and Digital

Making a virtue out of necessity, the organisers used optical fibres for the multi- kilometre cable links between the separate sites. The 2003 Ski World Championships were the first where all the video, audio, and intercom signals were distributed solely using fibre-optic cables. The number of channels was limited, so for more efficient operation, video, audio, and intercom signals were transmitted over the same cable. tpc used a multiplexing method with different “coloured” light signals on the same fibre for this purpose, thus improving the cable utilisation by up to 400 per cent. tpc utilised recently developed Flashlink components, capable of encoding signals with different wavelengths using the Dense Wave Length Division Multiplexing DWDM method.

Widespread

The use of fibre-optic lines brought another first for the Ski World Champs, completely digital video and sound production. However, this is nothing new for tpc: The NEXUS, usually in combination with the CANTUS, is now almost a standard component in both outside broadcasting and production studios. Therefore, selection of a signal router and an audio/intercomdistribution system for use at the Ski World Championships was simple. A large NEXUS network was the obvious choice. The concept of distributed control suggested the establishment of two technical headquarters: the Technical Operation Centre, TOC, at the finish area and the International Broadcasting Centre, IBC, at St. Moritz Bad. Both centres were locally networked using a NEXUS STAR and interconnected via MADI, to keep the networks isolated yet allow for free exchange of signals.

The TOC was the host broadcaster’s main technical area, housing not only the NEXUS STAR but also 17 widely scattered NEXUS base devices with a total of 1,436 inputs and 1,380 outputs. These were positioned, for example, in boxes along the runs where they gathered microphone signals and interfaced to the intercom system. Some of the base devices were mobile and could be operated right at the edge of the ski run whenever necessary. Others were used by Eurovision, or to integrate four studios overlooking the finishing line into the network. Other base devices connected the microphones required for short interviews with the athletes at the finish area. These signals were then routed to an O.B. Truck or the IBC. All base devices were connected to the STAR in star topology, so the STAR was a real distribution centre.

Constellation at 2,000 Metres

Even in summer, it is a tricky job to drive an O.B. Truck up the mountain around steep and narrow serpentine bends. In winter, when the roads are icy and enclosed by snow walls and when snow chains are a must, it is specialist work and impossible to accomplish without the support of tractors or snowploughs.
Despite the immense expenditure, in total eight O.B. Trucks were taken up the mountain and parked close to the TOC. Two of these huge vehicles owned by tpc produced the international feed for all participating TV stations. To be more accurate, the two tpc Trucks were responsible for mixing signals from the middle of the course and the finish line, while signals from the start were mixed by a studio within the TOC. Both Trucks smoothly integrated with the TOC network, since they are equipped with CANTUS and NEXUS.
Some of the visiting broadcasters made the effort to take their own O.B. vehicles to the TOC. One, Austrian broadcaster ORF for example, has a traditionally strong affinity with the Ski World Championships. An additional NEXUS base device was supplied to enable these stations’ O.B. Trucks to integrate into the network too.

Hotel with Infrastructure

However, many other stations came without their Trucks and instead preferred to use the many technically prepared IBC rooms. The IBC, constructed in an indoor tennis hall, was subdivided into 75 rooms. Equipped by the users, these were mainly transformed into editing rooms by TV companies, and audio-control centres by radio stations. The host broadcaster’s main tasks were to route the signals coming from the TOC to the individual IBC rooms, to monitor the outgoing signals, and to link to the satellite vehicles parked in front of the IBC. These jobs were done by the second NEXUS STAR supported by ten NEXUS base devices. Installed in a temporary control room, this STAR distributed the audio and intercom signals within the IBC and connected to the TOC and all the other installations at St. Moritz.
The IBC was located a little way outside, at St. Moritz Bad. The presentation ceremonies took place somewhat further up, at St. Moritz Dorf, also home to some additional studios. The hotels where these temporary studios were installed have providently invested in a fibre-optic ring which interconnects all of them. This ring was used for the first time during the Ski World Championships, even enabling external base devices to be connected there, in any of the studios!

Redundancy

What would happen if broadcasting from such a unique and short-lived event as the Ski World Championships crashed due to technical failure? Obviously, the TV audience would not be able to see their stars. The host broadcaster would not only have to tackle massive financial problems, but cope with loss of face, not to mention 170 frustrated technicians who had been working for weeks. Nevertheless, the massively complex system is only required for a comparably short time. No matter how strong the desire for absolute certainty, it would be irrational to invest a huge amount to make it fully redundant.

So, it was decided not to mirror the overall system, but only the most vulnerable components.
In the audio and intercom network, this means the optical fibres. The NEXUS already features innate high redundancy because all fibre-optic lines can be doubled up between any base device and the STARs. In addition, the cable running from the TOC to the IBC was safeguarded with a rented fibre-optic backup line from Swisscom. An extra STAR was waiting in the wings in case of hardware failure at the IBC or the TOC; however, this device was not required thanks to the high reliability of the NEXUS.

Firm Support

This project was a big challenge for all the participants, and for STAGETEC. They provided the majority of the NEXUS equipment, the STARS and 25 base devices, plus the CANTUS and NEXUS systems of the primary international broadcast feed control room, on loan. Starting with the initial project-planning phase, STAGETEC continually supported the overall-system planning, thus directly contributing to the success of the event and the galaxy of stars.

For the first time since 1974, the sophisticated Swiss winter-sports resort of St. Moritz hosted the FIS Alpine World Ski Championships 2003. With a total of 12 kilometres of fibre-optic cable hardwired into the mountain, the City and the SRG SSR idée suisse, the association of the governmental TV and radio stations in Switzerland, as host broadcaster were well prepared for this long-desired opportunity. Last year’s World Cup Ski race was an excellent technical dress rehearsal (see STAGES Vol. 5).
However, the Championships required significantly greater effort than a World Cup race. Around 400 athletes from 59 nations, all the way from Algeria to Uzbekistan, wanted to be filmed during the twelve races and three downhill training sessions. Almost 450 hours of material were broadcast to 300 million TV spectators world-wide. For the technical staff, this meant more races needed to be broadcast in less time. Sometimes this required portable base devices and camera equipment to be physically moved to new locations when the track layout changed. The narrowest time window, just 90 minutes for technical rearrangements and operating tests, occurred when the combination downhill and slalom races took place. This was only achievable by using a helicopter.

Pure Logic: Programmable GPIs in the New Generation of NEXUS

Control of external equipment is standard with NEXUS systems. A multitude of external control functions has always been possible using general-purpose interfaces, GPIs. Although customers have been able to specify this feature when purchasing, hitherto only factory pre-sets have been available.

The latest version of NEXUS makes GPI functionality flexible. Now even com- Pure Logic: Programmable GPIs in the New Generation of NEXUS plex logical connections can be programmed and modified on the spot! This feature was heavily used at the Skiing World Championships to determine camera on-air light status for each race.

The new logic functions edit window enables every single XRI (NEXUS relay interface) input and output within the system to be defined. The output may be, for example, a TTL voltage or a switched external control voltage. Various parameters ranging from the status of NEXUS internal cross-points, other system settings or external relay signals are all legitimate input criteria.

Up to four input criteria can be combined using Boolean operators to toggle up to four outputs then stored as a function. These logic functions can be cascaded enabling complex logical sequences to be programmed for the GPIs.
Logic functions are defined using a graphic representation of the flow to keep the process comprehensible. The real challenge lies in developing the function criteria — inputting them into the NEXUS system is foolproof!

These programmable logic functions are just one of the many features provided by the new NEXUS Matrix 5 software in combination with the new CPU. Moreover, although both the software and processor were originally developed for the NEXUS STAR, they can now be used with classic NEXUS systems.

TV and Radio Broadcast

AVATUS & NEXUS/NEXUS STAR

  • HSE24 Home Shopping Europe AG  Ismaning, Germany
  • RSI Broadcast Center  Lugano, Switzerland
  • tpc Metechno, Broadcast Center  Zurich, Switzerland

AURUS & NEXUS/NEXUS STAR

  • Antena 3 Madrid (TV)  Madrid, Spain
  • ASTRO (Malaysian satellite television) Kuala Lumpur, Malaysia  weiterlesen blau 2019
  • Anhui TV  Hefei-Anhui, China
  • Auditorium Rai di Napoli  Naples, Italy
  • BBC Scotland Glasgow, United Kingdom weiterlesen blau 2019
  • BR Bayerischer Rundfunk  Munich, Nuremberg, Germany weiterlesen blau 2019
  • Canal 9  Valencia, Spain
  • CCTV  Beijing, China weiterlesen blau 2019 weiterlesen blau 2019
  • Crow TV-Studio  Tokyo, Japan
  • Deutschlandradio  Berlin, Cologne, Germany
  • Deutsche Welle TV  Berlin, Germany weiterlesen blau 2019
  • FM 802 Radio  Osaka, Japan weiterlesen blau 2019
  • FRANCE 2  Paris, France
  • Fuji TV  Tokyo, Japan  weiterlesen blau 2019
  • HSE24 Home Shopping Europe AG  Ismaning, Germany
  • HR Hessischer Rundfunk Frankfurt, Germany
  • J.V.E. facilities   Almere, The Netherlands  weiterlesen blau 2019
  • MDR Mitteldeutscher Rundfunk  Leipzig, Germany weiterlesen blau 2019
  • NDR 2  Hannover, Germany
  • NDR Norddeutscher Rundfunk Hamburg, Hannover, Kiel, Schwerin, Germany
  • Plazamedia TV&Film Produktion  Ismaning, Germany
  • Phoenix TV Station  Bonn, Germany
  • RAI  Rome, Milan, Naples, Torino, Italy  weiterlesen blau 2019
  • Radio Bremen  Bremen, Germany  weiterlesen blau 2019
  • RAI Radio  Rome, Italy  weiterlesen blau 2019
  • Rom TV  Rome, Italy
  • RTS Radiotelevisione svizzera  Geneva, Switzerland  weiterlesen blau 2019
  • RTBF Brussels, Belgium  weiterlesen blau 2019
  • RTM Kuala Lumpur  Kuala Lumpur, Perdana, Seremban, Malaysia  weiterlesen blau 2019
  • RSI - Radiotelevisione svizzera  Lugano, Switzerland
  • TAI Television News Agency  Warsaw, Poland
  • Television de Galicia  Galicia, Spain
  • TVP Telewizja Polska  Warsaw, Poland  weiterlesen blau 2019
  • Tianjin Radio Station  Tianjin, China
  • tpc zürich ag  Zurich, Switzerland  weiterlesen blau 2019
  • TSR Télévision Suisse Romande  Geneva, Switzerland
  • TVE Radio Televisión Espanola  Madrid, Spain
  • WDR Westdeutscher Rundfunk  Cologne, Bocklemund, Dusseldorf,  Germany  weiterlesen blau 2019

CRESCENDO & NEXUS/NEXUS STAR

  • ASTRO  Kuala Lumpur, Malaysia  weiterlesen blau 2019
  • Anhui TV  Hefei-Anhui, China
  • CCTV  Beijing, China
  • CBC Cologne Broadcasting Center  Cologne, Germany
  • Formosa TV  Taipei, Taiwan  weiterlesen blau 2019
  • Fujian tv  Beijing, China
  • Hangzhou TV  Hangzhou, China
  • HR Hessischer Rundfunk  Frankfurt/Main, Kassel, Germany
  • HSE24 Home Shopping Europe AG  Ismaning, Germany
  • HBTV Hubei Broadcasting Group  Wuhan, China
  • HNTV  Zhengzhou, China
  • JiangSu Broadcasting Corporation (JSBC)  Nanjing, China
  • Korean Broadcasting System (KBS) Yeongdeungpo District, Seoul, Korean
  • Life News TV, Moscow, Russia
  • M6 TV  Paris, France
  • Media Prima Berhad  Kuala Lumpur, Malaysia
  • NDR  Hamburg, Germany
  • NOSPR Narodowa Orkiestra Symfoniczna Polskiego Radia  Katowice, Poland
  • ONE TV / Dorna Sports Management Rome, Italy
  • Plazamedia TV&Film Produktion  Ismaning, Germany
  • Rede Bahia de Televisao  Salvador, Brazil
  • RTBF  Brussels, Belgium
  • RTM  Kuala Lumpur, Malaysia
  • RTS Radiotelevisione svizzera  Geneva, Switzerland
  • SBT Sistema Brasileiro de Televisao Sao Paulo, Brazil  weiterlesen blau 2019
  • Shenzhen TV  Shenzhen, China
  • Sveriges Radio  Stockholm, Sweden
  • tpc zürich ag  Zurich, Switzerland
  • TSR Télévision Suisse Romande  Geneva, Switzerland
  • TVE Radio Televisión Espanola  Barcelona, Spain
  • Vatican Radio  Vatican, Italy  weiterlesen blau 2019
  • Videohouse  Brussels, Belgium
  • VRT Brussels, Belgium

AURATUS & NEXUS

  • ASTRO TV  Kuala Lumpur, Malaysia
  • Bernama News TV  Kuala Lumpur, Malaysia  weiterlesen blau 2019
  • BR Bayerischer Rundfunk  Nuremberg, Germany
  • CCTV  Beijing, China
  • CJ E&M Brodcasting Centre  Seoul, Korea
  • EPTV  Campinas, Brazil
  • FFS Film- & Fernseh-Synchron  Berlin, Germany  weiterlesen blau 2019
  • Henan  Zhengzhou, China
  • HBTV Hubei Broadcasting Group  Wuhan, China
  • Moscovia Broadcasting Company  Moscow, Russia
  • OMTV - Olympic Marseille Football Team  Marseille, France
  • Plazamedia TV&Film Produktion  Ismaning, Germany
  • Radio Kuwait  Kuwait
  • RTBF Brussels, Charleroi, Belgium
  • RTL Radio  Paris, France
  • RTM TV  Sarawak, Malaysia weiterlesen blau 2019
  • RTM TV  Kuala Lumpur, Sarawak, Malaysia
  • SBT Sistema Brasileiro de Televisao  Sao Paulo, Brazil  weiterlesen blau 2019
  • Shenzhen TV  Shenzhen, China
  • Tele M1  Aarau, Switzerland
  • Tele 1  Luzern, Switzerland
  • VRT  Brussels, Belgium
  • WDR Westdeutscher Rundfunk Siegen, Bonn, Cologne, Essen, Wuppertal, Aachen, Münster, Bielefeld, Dortmund, Duisburg weiterlesen blau 2019  Germany

ON AIR flex & NEXUS/NEXUS STAR

  • ABC Australian Broadcast Corporation  Sydney, Canberra, Hobart, Brisbane, Perth, Melbourne, all Australia
  • Al-Watan Radio Kuwait  weiterlesen blau 2019
  • ASTRO (Malaysian satellite television)  Cyberjaya, Malaysia
  • CCTV Movie Channel  Beijing, China
  • HR Hessischer Rundfunk  Frankfurt, Germany
  • HSE24 Home Shopping Europe AG  Ismaning, Germany
  • NDR (tv station) Kiel, Hannover, Germany
  • Plazamedia TV&Film Produktion  Ismaning, Germany
  • Radio Pilatus   Lucerne, Switzerland  weiterlesen blau 2019
  • SDTV QILU Channel  Beijing, China
  • Shanghai Education Television  Shanghai, China
  • tpc Zürich  Zurich, Schwitzerland
  • WDR  Duisburg, Dusseldorf, Wuppertal, Germany
  • Xiamen Travel Channel  Xiamen, China

NEXUS/NEXUS STAR

  • All India Radio New Delhi, India  weiterlesen blau 2019
  • Antena 3  Madrid, Islas Baleares, Spain
  • BBC  London, United Kingdom
  • BBC North Manchester, United Kingdom  weiterlesen blau 2019
  • BR Bayerischer Rundfunk Freimann, Germany  weiterlesen blau 2019
  • Cadena SER  Madrid, Barcelona, Valencia, Spain  weiterlesen blau 2019
  • Canal Mundo Radio  Madrid, Spain
  • Canal+: Paris, France  weiterlesen blau 2019
  • 20th Century Fox  Los Angeles, USA
  • CBS  New York, USA
  • ESPN  Bristol, Los Angeles, USA
  • ETABETA  Rome, Italy
  • Eurosport 2  Paris, France
  • HR Hessischer Rundfunk Gießen, Fulda, Darmstadt, Wiesbaden, Kassel, Germany weiterlesen blau 2019
  • HR Hessischer Rundfunk  TR 3  Frankfurt, Germany  weiterlesen blau 2019
  • IRT Project Hybnet  Munich, Germany
  • NBC  New York, USA
  • NHK  Tokio, Japan
  • n-tv  Berlin, Germany
  • ORB/DVB-FSZ Ostdeutscher Rundfunk  Potsdam, Germany
  • ORF Eisenstadt, Dornbirn, Austria
  • Onda Cero Radio  Madrid, Spain
  • ONE TV / Dorna Sports Management Rome, Italy
  • Polskie Radio S.A.  Warsaw, Poland weiterlesen blau 2019
  • Portuguese Broadcasting Service  Lisbon, Portugal
  • PTT  Madrid, Spain
  • Public Radio of the Ukraine  Kiew, Ukraine
  • Radio Caracol  Bogota, Colombia
  • Radio Cope  Madrid, Spain
  • Radio 9  Valencia, Spain
  • Radio France  Paris, France
  • Radio Traffic  Paris, France
  • Radio Marca  Madrid, Spain
  • RBB FS Berlin, Germany
  • RPP Radio Programas del Peru  Peru
  • RTS Radiotelevisione svizzera  Geneva, Switzerland   weiterlesen blau 2019
  • RTL Berlin, Germany
  • SAT 1  Zurich, Switzerland
  • SFB Sender Freies Berlin  Berlin, Germany
  • Staatlicher Rundfunk Usbekistan  Uzbekistan
  • Studio Hamburg  Hamburg, Germany
  • SWR Südwestrundfunk Stuttgart, Baden-Baden, Germany  weiterlesen blau 2019
  • Tele 5  Madrid, Spain
  • Televisión de Galicia  Santiago de Compostela, Spain
  • TF 1  Paris, France  weiterlesen blau 2019
  • TV 1 Napoli  Naples, Italy
  • Unitel  Unterföhring, Germany
  • Vatican Radio Vatican, Italy  weiterlesen blau 2019
  • Yunnan TV  Kunming, China
  • ZDF Mainz, Berlin, Germany
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