The Heavyweights Are Lining Up
FROM THE EDITOR
July 17, 2026
What a week to be excited about broadcast. 5G Broadcast didn't suddenly get serious — it's been building toward this for a while, and each week the pattern gets louder and harder to ignore. You can feel it in the U.S., where the conversation has leapt from "wouldn't it be cool" to "who's building the next tower" — a rollout taking shape in US northeast across roughly ten broadcast-enabled stations, a planned reach north of 40 million viewers. The promise underneath is deceptively simple and genuinely thrilling: a phone that pulls live TV straight out of the air, no data plan, no buffering spinner, ten million people watching the same signal at once without a single network breaking a sweat. That's the future, and it's arriving fast.
What makes this moment feel less like hype and more like a genuine turning point is who's showing up. When NOAA's National Weather Service starts formally studying broadcast as a resilient, 99.9%-available pipe for weather alerts — the kind that keeps whispering "take shelter now" even when the cell towers are underwater — you're watching a serious institution rediscover that broadcast's oldest superpower, reaching everyone at once even in adverse conditions, is exactly what the modern world still needs. That's not nostalgia. That's a comeback story.
And the best part? The momentum isn't confined to one market. On July 8, India's TEC and BECIL signed a MoU to explore India-specific and international standards and testing frameworks — with key areas of collaboration including D2M and 5G Broadcast — and to carry the world's biggest mobile market's voice into ITU and 3GPP, helping write the rulebook rather than merely inherit it. Underpinning all of it, players like Samsung keep quietly extending their lead in 5G patents, stacking the multicast-broadcast engineering that makes "one signal, unlimited viewers" actually hold up in a stadium of 60,000. Regulators, standards bodies, and the deep IP are all leaning the same way at the same time — and that kind of alignment doesn't happen by accident.
Line those threads up and the picture is impossible to miss. The 20th century gave us broadcast that reached everyone but only ever talked at us; the internet gave us content that talks with us but chokes the instant everyone shows up together. 5G Broadcast is the plot twist where we finally stop choosing — the infinite scale of the airwaves married to the intelligence of a modern network. Now it's gotting a whole lot less theoretical, and honestly? Watching it come together is a little bit magic. The airwaves are waking up, heavy hitters are ligning up and we've got front-row seats. Same signal, same time, next week. Stay tuned
(Editor, 5G Broadcast Collective)
ARTICLES
US 5G Broadcast momentum expected in 2026
Tyche Media and Milachi Media, licensees of Boston stations WCRN and WWOO, have applied to the FCC for experimental 5G Broadcast licences as a step towards fully licensed operations next year. Together, the two stations cover more than 8.3 million people.
Using X1 Mobile’s proprietary 5G Broadcast core, the trials will test end-to-end content delivery for video, audio and data, coordination between cellular and broadcast cores, delivery to first responders, coverage verification, receiver performance, data bonding between stations in the same market, and early implementations of fe-mbms under 3GPP Releases 18 and 19.
NOAA Eyes Broadcast Datacasting For Weather Alert Resiliency
WASHINGTON, D.C. — NOAA’s National Weather Service has entered into a Cooperative Research and Development Agreement with SpectraRep LLC, an affiliate company of BIA Advisory Services, to evaluate how broadcast television datacasting can provide “a resilient, redundant pathway” for delivering NOAA Weather Radio audio and data during emergencies.
Samsung Files Patent for a 5G Broadcast Data-Sizing Method
The patent covers a procedure called rate matching, which is the process a phone uses to fit incoming data into the right-sized containers before decoding it. When a 5G network sends a broadcast or multicast signal, it uses a shared channel called the Group Common Physical Downlink Shared Channel (GC-PDSCH) across a Common Frequency Resource (CFR), a slice of spectrum reserved for everyone to share simultaneously.
TEC (India)-BECIL Sign MoU to Advance D2M, 5G Broadcast & Digital Standards
This partnership creates a formal framework for TEC to work closely with BECIL to jointly undertake studies, technical contributions and research activities in advanced broadcasting and convergence technologies.
Key Areas of Collaboration:
Direct-to-Mobile (D2M) and 5G Broadcast: Joint studies and technical contributions in Direct-to-Mobile (D2M) and 5G Broadcast technologies
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