Fully Modulated is your backstage pass to the stories and signals that shaped radio, TV, and wireless communication. Join Tyler, a broadcast engineer, as he uncovers the wild moments, quirky legends, and technical breakthroughs that keep the world connected. From vintage radio hacks to the real drama behind today’s digital waves, each episode blends deep research, humor, and storytelling for anyone curious about how media magic happens. Independent, insightful, and made for every fan who loves a good broadcast mystery.
Fully Modulated is your backstage pass to the stories and signals that shaped radio, TV, and wireless communication. Join Tyler, a broadcast engineer, as he uncovers the wild moments, quirky legends, and technical breakthroughs that keep the world connected. From vintage radio hacks to the real drama behind today’s digital waves, each episode blends deep research, humor, and storytelling for anyone curious about how media magic happens. Independent, insightful, and made for every fan who loves a good broadcast mystery.
The ground under broadcast distribution is moving, and the question isn’t whether C-band was reliable—it’s how we keep that reliability as the FCC clears and auctions more of it. We dive into the real tradeoffs facing stations of every size, from small-market radio shops without diverse fiber routes to major TV groups juggling national feeds. Along the way, we unpack why C-band earned its reputation, where Ku-band helps and hurts, and how to design delivery paths that survive storms, backhoes, and the odd cloud hiccup without your audience ever noticing.
From leased analog lines to microwave relays to satellite and now IP, the throughline is simple: everything breaks, so redundancy wins. I walk through practical, field-tested ways to build layered resilience: pair primary fiber with Starlink and a 5G router, bond multiple ISPs, and use protocols like SRT and RIST for secure, resilient transport. We get specific about automated failover, health monitoring, active testing during off-hours, and the runbooks that turn chaos into a two-second blip. If you’ve been skeptical of the public internet for mission-critical delivery, it’s time to revisit the data—today’s multi-path IP can match or beat satellite uptime when designed with path diversity and smart routing.
You’ll hear how larger broadcasters are already sending primary feeds over fiber with satellite or cellular as clean backup, why LEO constellations change rural options, and how to think about cloud dependencies without losing sleep. The goal isn’t a single perfect solution; it’s a hybrid system that spreads risk and recovers fast. Whether you’re planning for the next spectrum shift or upgrading a small station on a tight budget, these tactics help you protect airtime, revenue, and trust.
If this conversation sparks ideas—or pushback—I want to hear it. Send your questions and war stories, share the episode with a colleague who runs the board at 3 a.m., and hit follow so you don’t miss what’s next. If it keeps your signal alive, it belongs here.
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Fully Modulated is not affiliated with or endorsed by any station, media company, or network. All opinions are solely my own.