Rohde & Schwarz bridges DTV+ and 5G Broadcast in Brazil ecosystem

This demonstration provides a technical blueprint for broadcasters to monetize a single infrastructure across polarized delivery formats. By proving that 5G Broadcast and DTV+ can coexist on the same transmitter chain, Rohde & Schwarz reduces the capital expenditure risks for operators transitioning to Brazil's TV 3.0 standard. Globally, this validates the viability of software-defined radio for converged media delivery, moving beyond traditional siloed hardware. The industry should monitor receptor device availability in the Brazilian market as these transmitter sites scale. Success in this high-volume terrestrial market will likely dictate the adoption curve of similar hybrid broadcast-broadband models across the rest of Latin America and India.

The Rohde & Schwarz demonstration aligns with Brazil's aggressive transition to the DTV+ system, a next-generation standard based largely on the ATSC 3.0 physical layer. Per TV Technology (April 2026), the rollout accelerated ahead of the 2026 FIFA World Cup, with regulators hoping the tournament would drive consumer interest in new compatible hardware. This transition is critical because terrestrial television remains the primary medium for approximately 80% of Brazil's population. To support this scale, the government recently extended the full implementation deadline to the end of 2027 to ensure technical standardization and device availability, according to CSI Magazine (March 2026).

Market movement has shifted from laboratory trials to commercial reality. In June 2026, major broadcaster Globo launched the first commercial DTV+ services in Rio de Janeiro, São Paulo, and Brasília. Per V-Nova (June 2026), this deployment is notable for being the first large-scale use of LCEVC and VVC compression, enabling 4K HDR services at bitrates below 10 Mbps. Competitors are also positioning for the infrastructure cycle; GatesAir announced the opening of a new Brazil office in June 2026 to provide localized support for its Maxiva transmitters targeting the new 300-MHz broadcast spectrum allocation.

While DTV+ focuses on high-quality home reception, the inclusion of 5G Broadcast addresses the mobile gap. Recent field tests in São Paulo involving Qualcomm and Motorola confirmed that 5G Broadcast can operate in the 'duplex gap' without interfering with cellular traffic or existing digital TV signals, per RCR Wireless (January 2026). This hybrid approach represents the most significant international validation of the ATSC 3.0 ecosystem outside of the United States and South Korea, positioning Brazil as a global testing ground for the convergence of traditional broadcasting and mobile IP-based delivery.