A small team can produce broadcast-quality live video for multiple platforms at once, but only when the production is built around cloud-based switching and IP transmission rather than a traditional truck-and-crew model. This guide breaks down exactly how that works, where it still hits real limits, and what to check before assuming a lean crew … Read more
Broadcasters can transmit reliably from packed stadiums and festival grounds, but only when their connectivity setup is built to adapt automatically as network conditions shift, rather than configured once before the gates open and left alone. This piece breaks down why crowded venues break ordinary connectivity, what bonded and AI-driven connectivity technology does about it, … Read more
Getting an international channel into a new region is a choice between at least four distribution routes, each with a different trade-off between reach, control, speed, and margin. This breakdown compares the routes directly, using MENA as this year’s sharpest example, and looks at how the regional distribution platforms making the pitch actually stack up … Read more
Broadcast delivery has spent the past decade splitting into satellite, IP, cloud, OTT, and FAST running in parallel — and the vendors at IBC2026 are all pitching some version of the same fix: one operational layer instead of six separate ones. This guide breaks down what’s actually changed, what to expect on the floor, and … Read more
Latency in live sports streaming comes from four possible points in the delivery chain: venue capture, transport, CDN distribution, or viewer-device buffering, and the fastest way to fix it is to isolate which one is actually responsible rather than guessing at a setting. This guide breaks down where delay originates, how to isolate it during … Read more
The best content distribution setup for an independent publisher combines satellite, OTT, and FAST reach under as few vendor relationships as possible. Not a single best platform, but a stack chosen deliberately instead of assembled one urgent decision at a time. This guide breaks down what that stack actually requires, where independent publishers typically get … Read more
Bonded cellular transmission combines two or more independent cellular connections, usually from different carriers, into a single aggregated data path for a live broadcast. It is the technology that has replaced the satellite truck and the dedicated fiber circuit as the default way most field crews get a reliable signal out, and this piece breaks … Read more
Broadcasters get reliable live coverage from crowded venues by combining bonded cellular transmission with deliberate camera-position planning, then adding a real-time intelligent connectivity layer for the moments when the network itself becomes the bottleneck. No single approach removes the risk entirely. This guide breaks down why crowded venues are uniquely hard to cover, how the … Read more
Rights ownership and global transmission reach are two different assets. Here’s what a distribution partner actually covers, why most rights holders don’t build it themselves, and how to evaluate one. A rights holder needs a distribution partner for live events because owning the rights to a broadcast does not come with owning the satellite footprints, … Read more
Broadcast vendor fragmentation happens because each new distribution requirement, satellite, cloud playout, OTT, FAST, EPG, has historically been solved by adopting a separate specialized system rather than extending one that already exists. The result, over enough years, is an operator holding five or six logins and no single view of the full signal path. Here’s … Read more