The Tyler Woodward Project | Media & Radio Insights

Tyler Woodward | Media and Technology Specialist

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 and AM 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. tylerwoodward.me

  1. 15H AGO ·  BONUS

    Ted Turner Didn’t Just Build a Network. He Exploited a Satellite Loophole.

    Ted Turner died on May 6, 2026. He was 87. Most of the tributes are going to focus on CNN, on the Gulf War coverage, on the $1 billion he gave to the United Nations. All of that is real and worth discussing. But from a broadcast technology perspective, the most interesting thing Ted Turner ever did happened on December 17, 1976, at a satellite uplink in Atlanta. That’s the day he beamed a struggling UHF station up to RCA’s Satcom 1 and turned local television into something the industry hadn’t named yet. WTCG was Channel 17 in Atlanta, a money-losing UHF station Turner had acquired six years earlier in exchange for a couple of radio properties. UHF was a graveyard in 1970. The FCC had mandated all-channel tuners in TVs just five years before, so the receivers existed, but nobody was watching. Turner programmed it cheap and scrappy: old movies, reruns, wrestling, and Atlanta Braves games. He made it profitable by 1973 on pure volume and low rates, not because anyone outside Atlanta had a reason to care about it. What changed was HBO. In September 1975, HBO transmitted the Ali-Frazier “Thrilla in Manila” fight from a ground station in Vero Beach, Florida, up to Satcom 1, and back down to cable headends across the country. It was the first commercial satellite delivery of a cable signal in the United States. Turner saw it and immediately understood what it meant: the satellite didn’t care where your signal came from or what size your market was. If you had an uplink and the dish-to-dish connection, your local station was suddenly everywhere. The regulatory framework had not caught up to this idea. Turner’s lawyer, Tench Coxe, found the gap: a 1972 FCC “Open Skies” policy had deregulated domestic satellite use to encourage competition. Nobody had thought to close the loophole that let a local broadcaster use that infrastructure to distribute nationally. Turner didn’t wait for permission. He negotiated transponder time on Satcom 1 for roughly $1 million a year, built a ground station at the station’s transmitter site, and on December 17, 1976, WTCG went national. Cable operators had a real problem: they were selling subscriptions but didn’t have enough content to justify the price. Turner solved it. WTCG was advertiser-supported, so retransmission was free, and the FCC’s distant signal rules had never been written with satellite distribution in mind. Within two years, more than two million cable subscribers were watching Channel 17 Atlanta from places that had never heard of the Atlanta Braves. The word “superstation” came from that gap. It wasn’t a regulatory category, it was a description of what accidentally happened: a local station with a satellite uplink and enough cable carriage to function as a national network without any of the obligations that came with being one. No owned-and-operated stations, no affiliates, no prime-time clearance requirements, no FCC scrutiny beyond the home market. Turner renamed it WTBS in 1979. Within a decade, the model had seeded ESPN, MTV, and The Weather Channel. All of them owed their distribution economics to the same principle: satellite is distance-agnostic, and if the rules don’t say you can’t, maybe you can. He bought the Atlanta Braves the same year he went national. That wasn’t a vanity move. That was vertical integration. The team was programming the superstation needed that nobody else could simulcast, and Turner owned it outright. None of this required genius. It required someone willing to read a regulatory gap as an invitation rather than an oversight, and to move before anyone thought to close it. The broadcast engineers who built that uplink in 1976 were solving a straightforward RF problem. What Turner understood was that the business problem and the technical problem had the same solution, and that the FCC hadn’t written any rules to stop him. Get full access to The Tyler Woodward Project at tylerwoodward.me/subscribe

    6 min
  2. Why Broadcast Engineers Are Vanishing from Radio Stations

    4D AGO

    Why Broadcast Engineers Are Vanishing from Radio Stations

    Most of America's radio stations have lost their chief engineers, and nobody’s really noticing—until towers go dark or FCC fines pile up. When that one station sat silent for six months because no one knew the transmitter failed, it wasn’t an accident. It was a sign that the heart of local broadcast engineering is disappearing. Chief engineers used to keep the signal clean, the lights on, and the emergency systems wired. Now, they’re being replaced by remote monitoring and bean counters who don’t quite get how vital hands-on knowledge still is. Their departure isn't just a staffing issue; it affects safety, compliance, and the very reliability of local radio. We break down how industry changes—like telecom deregulation, consolidation, and low wages—have hollowed out the traditional engineering ranks. The numbers tell a story: membership in the Society of Broadcast Engineers is shrinking, the median age is climbing, and the incoming crowd is barely keeping pace with retirements. Meanwhile, tower thefts and outdated infrastructure threaten the remaining stations' survival. If local radio is going to stay on the air, the tech side needs a serious rethink. This isn’t just about fixing towers; it’s about safeguarding the infrastructure that keeps broadcasters accountable and connected. Listen closely—what’s lost in these quiet stations might be what’s lost in the public safety net altogether. Get full access to The Tyler Woodward Project at tylerwoodward.me/subscribe

    15 min
  3. Why the FCC’s Public File Can Cost Your Radio Station Thousands

    APR 27

    Why the FCC’s Public File Can Cost Your Radio Station Thousands

    Most stations are blind to how exposed they are the moment their FCC public file goes online. These aren’t just dusty binders anymore—every missed report, late political ad, or gaps in the issues list can cost tens of thousands in fines or threaten license renewal. If you’re not keeping a close eye on what’s in that digital folder, you’re playing with fire that you can’t see. The FCC moved the public inspection system online in 2018, turning what used to be a private, dusty collection into a searchable, date-stamped record anyone can scrutinize. That means political ads, ownership info, issues lists—if it’s late or incomplete, it’s on record, and it’s costly. The political file alone has sparked some of the biggest enforcement actions in radio history, with fines reaching into the hundreds of thousands for missing documentation or late uploads. Now, every quarter becomes a potential minefield. You’ll discover why most violations happen—forgetting to update the issues list, missing a quarterly report, or file late political ads. The rules haven’t changed much since the 80s, but the transparency has, making sloppy compliance a ticking time bomb that can blow up on license renewal day. Nobody’s exempt, not even the big groups, because every upload is timestamped and forever part of the public record. If you’re involved at any level—engineer, GM, or owner—it’s worth knowing what’s actually in that file and making sure it’s right. Because ignoring it now risks fines, license issues, or worse, a quiet investigation. The system’s tougher now, but it’s also clearer. Staying current isn’t just good practice—it’s survival. This episode is essential listening for anyone who thinks they’re flying under the radar. The rules are still the same, but the game’s changed. Know what’s in your FCC file before the next renewal hits, or risk the consequences. Get full access to The Tyler Woodward Project at tylerwoodward.me/subscribe

    16 min
  4. The Cross-Platform File Transfer Tool Broadcast Engineers Actually Need

    APR 16

    The Cross-Platform File Transfer Tool Broadcast Engineers Actually Need

    Moving a file three feet shouldn’t require a round trip to a distant server. We unpack a better way: LocalSend, a free, open source app that moves files, folders, and text directly over your own Wi‑Fi with end‑to‑end TLS and no accounts, ads, or tracking. If you live with mixed devices—Windows, macOS, Linux, Android, and iOS—this is the rare tool that treats every platform like a first-class citizen and just works. We start with the everyday pain points: emailing yourself photos, juggling cloud links, and hitting platform walls when Airdrop meets Windows or Android. From there, we break down LocalSend’s simple but robust design: local discovery, a tiny HTTPS server on each device, and direct encrypted streams that run at LAN speed. You’ll hear how it compares to Airdrop and Quick Share, why stripping out relays and Bluetooth handshakes boosts reliability, and when the no-internet requirement is a feature—like on a travel router or hotspot with terrible hotel Wi‑Fi. Beyond basic transfers, we explore practical features that remove friction: sending entire folders, clipboard snippets, and large files with no artificial caps; favorites and auto‑accept for trusted devices; portable mode on Windows; and consistent UI across desktop and mobile. We also get candid about failure modes and fixes: mismatched SSIDs, AP isolation, strict firewalls, and VPNs that hijack local subnets. With a short checklist—same subnet, allow on private networks, open the right port, consider split tunneling—you can turn “devices don’t see each other” into instant, reliable sharing. If you’ve ever wished nearby sharing worked for every device in the room, this conversation is your blueprint. Learn how to keep your data local, move files at true LAN speeds, and skip the walled gardens without giving up ease of use. Enjoy the episode, then share it with the friend who still emails themselves attachments—and don’t forget to subscribe, leave a five‑star review, and tell us which device pair annoyed you the most before LocalSend fixed it. Get full access to The Tyler Woodward Project at tylerwoodward.me/subscribe

    18 min
  5. How Crowd Congestion and Building Materials Sabotage Your Cell Phone Signal

    APR 13

    How Crowd Congestion and Building Materials Sabotage Your Cell Phone Signal

    Walk into a big box store with full bars and walk out with a flood of missed notifications—what gives? We pull back the curtain on why signal collapses inside Target, Walmart, Costco, and giant groceries, and how to fix it in seconds without swapping carriers. The short version: buildings act like leaky shields and crowds create digital traffic jams. The long version is a guided tour through metal roofs, concrete walls, steel rebar, low‑E glass, and the tradeoffs between high‑band 5G speed and low‑band penetration. We break down the two big forces that wreck your connection. First, the structure: metal reflects and absorbs radio waves, dense masonry soaks up what remains, and long aisles of steel racks and coolers scatter the rest. Even that sleek glass storefront can have a thin metallic coating that bounces part of your signal back out. Second, the people: hundreds of shoppers plus staff devices and nearby businesses share finite tower capacity, so a single busy afternoon can turn decent bars into unusable bandwidth. It’s not your phone—it’s physics and congestion colliding. You’ll also hear what some retailers do to make it better and how you can capitalize on it. We explain the difference between simple commercial boosters, full distributed antenna systems used in stadiums and airports, and why many stores invest most in fast, reliable guest Wi‑Fi. Then we give you a playbook that works anywhere: enable Wi‑Fi calling, force your phone onto Wi‑Fi with airplane mode when needed, and move to “leaky” spots near doors, big windows, and exterior walls. If your signal only dies on Saturdays, that’s your congestion clue—use Wi‑Fi and stop blaming your carrier. If this breakdown saved you a parking lot refresh marathon, share it with a friend who always loses bars by Aisle 23. Follow and subscribe for more clear, no‑jargon tech explainers, and leave a quick review to help others find the show. Get full access to The Tyler Woodward Project at tylerwoodward.me/subscribe

    16 min
  6. MaxxCasting Technology and the FM Radio Coverage Problem Nobody Talks About

    APR 2

    MaxxCasting Technology and the FM Radio Coverage Problem Nobody Talks About

    FM radio has a dirty little secret: the coverage map looks bold and confident, but the real audience listens six feet off the ground, weaving between buildings, hills, and interference. That’s where signals get chewed up, where audio turns fluttery and hollow, and where listeners quietly tune away. I walk through why this happens and why the old “just add a booster” approach can actually make things worse in the overlap zone. Then we get practical. Max Casting, built by GeoBroadcast Solutions with GatesAir hardware, is basically cellular network thinking applied to FM: multiple low-power, highly directional booster nodes on the same frequency, engineered with terrain data and field measurements, all time-aligned so the transition in your car is seamless. The engineering matters, but the stakes are bigger than sound quality. If the Nielsen Portable People Meter can’t decode your signal, your listening doesn’t count, your ratings slip, and advertisers never pay for the audience you actually have. We also tackle the question engineers always ask: how does the Emergency Alert System fit into a synchronized booster network, and what changes when you add zone casting, the FCC-approved option for short bursts of localized content. I explain the override concept, the compliance expectations, and why the NAB still has concerns about real-world scaling. If you care about FM coverage, broadcast engineering, radio ratings, and where terrestrial radio goes next, this is the clearest starting point. Subscribe, share this with a radio nerd you know, and leave a review on your podcast app so more people can find the show. Get full access to The Tyler Woodward Project at tylerwoodward.me/subscribe

    15 min
  7. Broadcast Network Security After the FCC Router Covered List

    MAR 30

    Broadcast Network Security After the FCC Router Covered List

    The FCC's router ban just put foreign-manufactured consumer routers on the covered list, and if your broadcast facility is running one of those boxes in a mission-critical spot, it's time to take a hard look at what's in your rack. In this episode, Tyler breaks down what the new rules actually say, what's still unclear for brands that design in the US but build overseas, and why the real risk isn't the policy itself but what happens when that budget router fails during morning drive with no backup plan. From there, we get into real alternatives that don't require enterprise budgets. Open source platforms like pfSense and OPNsense can handle VPN tunnels, VLANs, intrusion detection, and full firewall management on hardware you might already have. Tyler shares firsthand experience running pfSense on a repurposed Dell desktop across multiple sites, why keeping a known-good backup router matters more than most people think, and how WireGuard has become a serious remote access tool for station staff. If you don't have the in-house expertise to support open source infrastructure, a local MSP can wrap a support contract around it for less than most big vendor solutions. We also cover a local ownership win in Brookings, South Dakota, where the people actually running the stations are buying them. Then we pivot to a tough FCC inspection story out of New Jersey: tower lights, blocked access, wrong operating power, and EAS gear that wouldn't even turn on. Tyler walks through why this pattern is so common and what the prevention checklist looks like. On the engineering side, the FCC's HD Radio digital power changes now allow asymmetric sidebands and a simpler notification path for running up to minus 10 dBc on eligible FM stations at 106.9 MHz and below. And finally, the C band satellite squeeze: with legislation pushing an auction by mid-2027, stations still relying on C band for distribution need to be actively planning their move to fiber and IP delivery. The catch is that rural and small market stations often don't have the fiber options to make that transition smoothly. Get full access to The Tyler Woodward Project at tylerwoodward.me/subscribe

    21 min

Ratings & Reviews

5
out of 5
3 Ratings

About

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 and AM 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. tylerwoodward.me