SAO PAULA Brazil—ATSC will show the latest range of ATSC 3.0 developments supporting Brazil’s DTV+ next-generation broadcast system at SET (the Brazilian Society of Television Engineering) Expo 2025, which opens tomorrow an concludes Aug. 21 at the Anhembi District Convention Center.

During the largest gathering of broadcasting, media, and entertainment executives in Latin America Cleverlogic/ETRI, DigiCAP/MaruENG, ENENSYS Technologies, HCLTech and MBC will demo their technologies for the DTV+ transition in the ATSC booth. Dielectric and Triveni Digital will exhibit their DTV+ solutions in their own booths.

“ATSC’s presence at SET Expo 2025 marks a pivotal moment in the adoption of ATSC 3.0, particularly in Latin America, and offers a great opportunity for the organization to meet with its growing membership and other influencers in the region,” said ATSC president Madeleine Noland. “The event highlights how the standard’s inherent extensibility –designed from its inception with evolving needs in mind—makes it ideally suited to serve Brazil’s DTV+ initiative. From multi-antenna delivery to advanced spectral efficiency, these innovations collectively represent the next evolution in broadcast technology.”

“Brazil’s TV 3.0 initiative is one of the most ambitious and forward-looking broadcast projects in the world, and SET Expo provides an essential venue to showcase how ATSC 3.0 technologies are being customized and deployed to support it. The demonstrations in our exhibit reflect the power, flexibility, and international reach of ATSC 3.0, and we’re proud to stand alongside our members and partners as we help enable the future of broadcasting in Brazil and beyond,” Noland said.

Noland will speak this evening on the eve of the expo during the “Internationalization of the Standard – from Alaska to Patagonia” panel during the SET Expo 2025 Technology Congress at 5 p.m.

ATSC booth demos will include:

• Electronics and Telecommunications Research Institute (ETRI) and Cleverlogic, demoing advanced ATSC 3.0 MIMO extension technology, featuring real-time RF signal transmission and reception using a fully integrated FPGA-based system and support for Layered Division Multiplexing (LDM), Multiple Input, Multiple Output (MIMO) and Transmitter Identification (TxID).
• DigiCAP, featuring its DigiCaster air chain featuring VVC+LCEVC and MPEG-H encoder support complemented by a Spectrum Resource Management (SRM) system that optimizes Physical Layer Pipes (PLP) and maintains high quality of service (QoS).
• HCLTech, showing its Broadcast Core Network featuring an Agentic AI framework to empower broadcasters to monetize spectrum, delivering advanced datacasting and managing media intelligently.
• ENENSYS Technologies, which will unveil an end-to-end DTV+/TV 3.0 transmission solution supporting UHD, immersive audio, datacasting and emergency alerts—an interoperable system that includes MediaCast ATSC, SmartGate ATSC and Vortex III to enable MIMO, LDM and TxID.
• Munhwa Broadcasting Corp. (MBC), demonstrating a broadcast-based Enhanced GPS system offering centimeter-level position accuracy.

Cleverlogic and Kathrein will sponsor receptions at the ATSC exhibit on Aug. 19 and 20 at 5 p.m., respectively.

During the expo, Dielectric will be highlighting its new partnership with Foccus Digital, a Brazilian company specializing in integration of transmission and production solutions.

The companies will join forces to supply a broad array of TV and FM radio projects, including low-power systems, with Foccus Digital’s full-service approach across distribution, integration and local service, Dielectric said.

During the show, Dielectric will preview a new ATSC 3.0 antenna and filter developed for the Brazilian DTV market, it said.

Dielectric’s development of a new specialized ATSC 3.0 antenna will support Foccus Digital’s efforts for the latter, providing their in-country sales with a dual-input solution built to deliver “TV 3.0” services within Brazil’s 300MHz band. Dielectric’s new TEM Series MIMO antenna will adapt the same horizontal and vertical polarization ratio of its other ATSC 3.0 antennas to improve mobile penetration and increase data throughout, it said.

Triveni Digital will exhibit its comprehensive TV 3.0 lineup during the expo, including its advanced broadcast chain, service delivery and quality assurance solutions.

The company’s product suite simplifies broadcast chain orchestration, enhancing service quality assurance and streamlining configuration management. Triveni will also demonstrate support for BAMT and BALD tables in GuideBuilder XM, MIMO/LDM capabilities in its Broadcast Gateway and cloud deployment options across its TV 3.0 product line.

Triveni Digital will feature its Station Manager, which simplifies configuration management and orchestration of broadcast chain elements. Station Manager offers centralized control of diverse workflows, including virtual channels, with support for both on-premises and cloud deployments, it said.

The company will demo its StreamScope XM family, which includes a stream analyzer, monitor and enterprise-wide Service Quality Assurance product. Designed to support TV 3.0 environments, StreamScope XM provides real-time diagnostics and quality assurance for ROUTE, MMTP, and STLTP streams, it said.

See ATSC at SET Expo 2025 Booth 25.

See Dielectric at SET Expo 2025 Booth 33C.

See Triveni Digital at SET Expo 2025 Booth P20.

More information is available on the ATSC, Dielectric and Triveni Digital websites.

(Editor’s note: The Brazilian initiative to identify the technologies upon which to build the nation’s next-generation broadcast system has been and is referred to as “TV 3.0.” The nation’s new broadcast system, which includes the ATSC 3.0 physical layer and other components of the standards suite, is now called “DTV+.”)

ALEXANDRIA, VA.—Recalling the frantic period of activity to get antenna systems in place leading up to the June 2009 deadline for the U.S. DTV switchover, could it be “déjà vu all over again” when the 2016 incentive spectrum auction dust settles?

A multitude of qualifi ed tall tower workers will be key to accomplishing the necessary postauction TV station “repack.”

Given the number of stations likely to be impacted by an anticipated channel repack, the National Association of Broadcasters commissioned Digital Tech Consulting to examine the matter. Early last month, the Dallas-based research firm released its findings in a 60-page document (“Broadcast Spectrum Repacking Timeline, Resource and Cost Analysis Study”) which examined several industry sectors critical in moving the repack forward. One of these was tower workers.

CREW CRUNCH
The availability of qualified tower workers has to be a major concern, for no matter how much channel-change hardware (transmitters, antennas, RF components and tower structural modification members) can be delivered, without sufficient installers it will be just so much dead weight languishing on pallets and in packing boxes.

It all seems to boil down to: “Are there enough tall-tower workers to handle the anticipated changes within the three years the FCC has allotted?”

Given the many variables, this is not an easily answered question. No one really knows how many broadcasters will sell out, will remain on the same channel, or will need a new antenna (and in some cases, transmitting facility relocation). The study suggests that 800–1,200 stations will require fairly extensive changes involving new antennas and replacement of associated RF components. It assumes that there may be 16 tall tower crews available when the channel swapping begins, and given this number (and the time required for a typical job), finds that no more than 130 antenna/tower retrofits could be accomplished in one year. It concludes that the repack clock may tick out with perhaps only 360 antenna jobs completed—not even half of the low end number anticipated.

FCC DROPPED THE BALL
Several individuals and organizations likely to be involved in repack activities were contacted for their take on the situation. Tom Silliman, president and CEO at antenna manufacturer ERI (and a tower rigger himself), estimates that the number of qualified crews is about the same as it was prior to the DTV transition.

Tom Silliman

“I’d say that there are around 15 qualified crews,” said Silliman. “If a station gets repacked they’re probably going to need an auxiliary antenna and reinforcing for the tower, and that takes time; however, the real problem is that people aren’t going to start ordering antennas until next summer and it will be a year before things start going out into the field. Immediately you’ve lost one of the three years due to the turnaround. I told the FCC this myself: ‘You’re going to need at least five years.’

“Another factor is that the FCC has crippled the TV transmission supply side. There are fewer antenna manufacturing companies than there were a few years ago because of the FCC television ‘freeze.’ We dropped literally half of our capacity. We didn’t lose any of our capability; we just lost a lot of our depth. Where we needed technology we’ve kept people; but where we could afford to let people go, we did.”

Keith L. Pelletier, vice president and general manager of antenna manufacturer Dielectric is also concerned about industry readiness.

“If you look at the players that went through the DTV build-out, the range of preparedness varies,” said Pelletier. “Dielectric is preparing for the repack, but the proposed timeline is going to be a real challenge. We’re being aggressive with the steps we can take to be ready. You need to be aware too that there are a limited number of qualified structural engineers and tower crews. It is going to be a problem, especially considering weather, [in] getting the repack done in the extremely short timeframe while maintaining safety standards.”

SAFETY CONCERNS LOOM
Safety issues are on the radar also at a major tower trade association, the National Association of Tower Erectors.

Placing a multi-ton TV antenna atop a 1,000- foot tower is markedly different than installing panel-type cell site antennas.

“The timeline is a concern to us, especially the 36-month window,” said Todd Schlekeway, NATE’s executive director. “In our industry after the digital conversion there hasn’t been much work from a contractor’s perspective in that space. The workforce migrated over to the wireless and cell tower side, and all the new workers in the last several years are familiar with [only] that type of work. You start ramping up broadcast again and there could definitely be a shortage of contractors qualified to do work, and broadcast towers are a whole different animal than cell towers. We’re concerned about safety. Given the nature of the work and [lack of] familiarity with working on broadcast structures… and the timeline, [there is] a concern from a safety perspective and we’ve sent correspondence to the FCC that said as much. We’re going to be watching things very closely.”

Joe Burdette, vice president and co-owner of U.S. Tower Services in Frederick, Md., also believes that there could be manpower shortages and safety issues, and notes that the situation is not the same as when broadcasters were preparing for the DTV changeover.

“Qualified crew availability is much worse,” said Burdette. “When the first big change came about there were plenty of companies that did this sort of work. That’s not the situation now. Most of the work going on is in connection with cell sites, and those crews aren’t necessarily qualified to do tall tower work.”

ADDITIONAL CONSIDERATIONS
Even if a much larger workforce could be readied immediately, there are other factors that could slow the overall repack program. Weather can be a big player with windy conditions halting a job and low temperatures greatly impeding progress.

“You can work through the winter,” said Silliman, reflecting on a job he did in Chicago. “But it’s painful and you’re not nearly as efficient.”

Another slowdown may come from a pending industry requirement. “There’s a new TIA [Telecommunications Industry Association] code that’s probably going to come out within the next year that’s going to make things even tougher for tall tower jobs,” said Burdette. “There’re going to be changes in things like wind loading, metal fatigue and other areas. Even if you install a smaller antenna, you must follow the latest code.”

Dielectric’s Pelletier also flagged the interrelationship between some television markets as a potential retarding factor.

“The whole eastern seaboard is going to be problematic,” he said. “You’ve got so many large markets in a small geographical area—Philadelphia, New York City, Baltimore, Washington, all the way down the coast—that a change in Boston may trigger changes all the way down to Charlotte, N.C.”

ARE THERE ANY SOLUTIONS?
Given the “Mission Impossible” nature of the pending repack, is there anything that broadcasters can do now to speed up matters when the flag drops?

“Do some homework,” said Pelletier. “Get a VSWR sweep of your system and determine what is band-limited and what is not, and figure out what channels will work with the transmission line length you have now. It would be good to speak with your RF system and antenna manufacturer to get a high-level understanding of system capabilities and what they may be able to do to help you with a frequency change.

“In some cases the old analog antenna is still on the tower,” Pelletier continued. “This could come down in advance to make way for a new antenna. The more things you can do proactively now—structural studies, transmission line inspection and sweeps—the better.”

ERI’s Silliman also offered suggestions.

“If a station really wants to get ahead of the game and they’re worried that they’re going to go down in frequency they ought to have someone look at the tower—have it analyzed in terms of capacity and possibly do some reinforcement work.”

Asked if ERI will establish a “waiting list” for prioritizing repack work, Silliman was quick to answer.

“It’s strictly going to be first-come, first-served.”