When Radio Training Network reached out about additional licensing, it was not part of a routine expansion. A real operational deadline had just landed on the table.
Late on a Thursday night, the team learned they had only ten days to absorb one of their sister networks and migrate its broadcast operations into their Riverview, Florida facility. Multiple full-power stations and translators across several states needed to be integrated, covering two different formats, all without any service disruption.
According to Aaron Schultz, IT Director and Assistant Engineer at Radio Training Network, the first questions from management were simple and direct. What would it cost, and could it be done in time?
The answer came down to flexibility.
Rather than deploying new physical STL hardware or scheduling site visits under heavy time pressure, the team chose a software-driven approach. Using MoIN as the transport layer and existing IP-4c units at transmitter sites, a new MoIN pod was spun up and SRT paths were established back to the studio and out to each site for both primary and failover audio.
The result was immediate.
In under 30 minutes, the MoIN pod was live, all audio paths were established, end-to-end audio was verified, and link stability was confirmed. No new hardware was installed at the studio, and no transmitter site visits were required.
Under the previous box-to-box model, this type of deployment would have meant additional STL hardware, physical integration work, and more potential points of failure. With MoIN, the entire setup was handled in software.
As the team approached final cutover, the transition itself was straightforward. Live program audio could be rerouted from the Riverview studios to transmitter sites across multiple states remotely with just a few clicks. The entire process was controlled centrally and executed with confidence.
For Radio Training Network, this deployment further validated a strategy that has been in progress for the past two years. The combination of MoIN as a software transport platform and IP-4c hardware at transmitter sites has enabled faster deployments, lower capital expenditure, fewer physical dependencies, and significantly greater operational agility.
This was not a lab test or a planned demo. It was a real deadline, real stations, and real operational pressure. The fact that it was executed entirely from desks, without emergency site work or last-minute hardware installations, highlighted the maturity and practicality of the platform.
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