MaxxCasting is a synchronized FM booster system that fills coverage gaps most stations don't even realize they have. In this episode, I break down exactly how it works, why traditional FM boosters create overlap distortion, and how MaxxCasting borrows from cellular network design to fix it. As a broadcast engineer, I walk through the real technical requirements, the Nielsen PPM ratings impact, and why Audacy just deployed it in New York City. I also get into ZoneCasting, the FCC-approved option for hyper-local content on individual booster zones, and the EAS compliance questions that come with it. Whether you're an engineer evaluating Maxxcasting for your facility or just curious about how FM coverage actually works, this is the plain-English breakdown.
The Tyler Woodward Project
The Tyler Woodward Project is a weekly show about how technology, media, and radio infrastructure shape the world around us, told through the lens of a broadcast engineer who grew up with dial-up internet, FM static, and the rise of the algorithm. Each episode unpacks the systems, signals, and corporate decisions behind how we communicate, listen, and connect, cutting through the marketing fluff and tech-industry spin. Expect sharp analysis, grounded storytelling, a touch of broadcast nostalgia, and clear explanations that make the technical human again.
The Tyler Woodward Project is a weekly show about how technology, media, and radio infrastructure shape the world around us, told through the lens of a broadcast engineer who grew up with dial-up internet, FM static, and the rise of the algorithm. Each episode unpacks the systems, signals, and corporate decisions behind how we communicate, listen, and connect, cutting through the marketing fluff and tech-industry spin. Expect sharp analysis, grounded storytelling, a touch of broadcast nostalgia, and clear explanations that make the technical human again.Listen on
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