A live signal feeding a cable channel, a YouTube stream, and social clips at the same time has no room for error, because every destination depends on the same underlying connection. When that connection glitches, it glitches everywhere at once.
General-purpose bonding routers, the kind that combine several cellular SIM cards into a bigger internet pipe, solve connectivity but not video reliability. They have no visibility into what's flowing through them, and the video encoder sits on top as a separate device that has no idea the network just changed. By the time the encoder reacts on its own, frames have already dropped.
Broadcast-grade video bonding works differently. LiveU's LRT (LiveU Reliable Transport) keeps the encoder and the transport as one continuously communicating system: reordering out-of-sequence packets, applying dynamic forward error correction, running an efficient acknowledge-and-resend process, and adjusting bitrate the instant bandwidth drops, before frames are lost rather than after.
For a small crew, that's the detail that actually matters. It's what removes the need for a dedicated person watching the connection during a live, multi-platform show. More than 5,000 organizations, from solo creators and IRL streamers to the largest broadcasters and sports networks, already rely on this approach.
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