Winters Sports Forum 2026: Case Study of the Norwegian National Cross-Country Ski Championships
Why It Matters
Remote production lowers costs and expands live‑sports coverage possibilities, proving that high‑quality broadcasts can be achieved without extensive on‑site crews or dedicated fiber links.
Key Takeaways
- •Remote production cut costs while preserving editorial quality
- •Public‑internet SRT links enabled low‑latency contribution
- •Centralized control room handled graphics, mixing, and commentary
- •11 cameras plus drone captured 10,000 athletes efficiently
- •Consistent latency crucial for multi‑camera switching in live sports
Summary
The panel at the Winters Sports Forum dissected how Norway’s National Cross‑Country Ski Championships were produced remotely from NEP’s Oslo facility. Organizers moved the event from Harstad to Lillehammer due to weather, but the remote workflow remained unchanged: on‑site camera crews captured feeds, which were transmitted over public internet using SRT and HEVC compression to a centralized production hub. Eleven fixed cameras, a drone, and auxiliary audio gear fed into a small OB‑style rack before being uplinked to the control room, where graphics, vision‑mixing, and editorial decisions were made.
Key technical insights included the reliance on robust Nordic broadband to replace costly leased lines, the use of ARQ error‑correction to safeguard against packet loss, and the importance of synchronised latency across camera feeds. While the distance was only about 100 km, the team emphasized that latency consistency—not absolute speed—ensures seamless cuts, especially when cameras share the same action. Compression choices ranged from near‑uncompressed mezzanine streams to HEVC at roughly 1.2 seconds, balancing bandwidth and picture quality.
Panelists highlighted operational nuances: a lean field crew handled camera setup, audio processing, and on‑site troubleshooting, while the bulk of production—directors, graphics operators, and editorial staff—remained in Oslo. This split demanded clear communication channels with race officials and on‑site spotters to manage course changes. Preparation proved critical; a last‑minute venue shift required rapid internet testing and equipment redeployment, underscoring the flexibility of the remote model.
The successful remote execution demonstrates that even high‑profile winter sports can be delivered with reduced on‑site infrastructure, lower travel costs, and comparable viewer experience. As broadband penetration improves across Europe, broadcasters can replicate this model for other niche or geographically dispersed events, expanding coverage while containing budgets.
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