TRedess announced its upcoming IBC 2026 showcase, featuring 3GPP Release 19 5G Broadcast implementations and a seamless switching solution between MoQ-based broadband and 5G Broadcast. The company will also debut its fourth series of DAB+ transmitters and updated DVB-T/T2 and ATSC 3.0 hardware.
The implementation of 3GPP Release 19 features provides terrestrial operators a concrete technical path to integrate mobile delivery into existing DVB-T2 infrastructure. By utilizing CAS-muting and FEF periods, broadcasters can reach mobile devices with live content and emergency alerts without sacrificing traditional television capacity. This shift toward hybrid delivery, exemplified by the NAKOLOS partnership, addresses the scalability limits of pure broadband for mass-audience events. The ecosystem is moving toward a model where broadband is only activated when necessary, optimizing spectrum use across diverse device types. Watch for field trial results from the US and Europe to confirm if these efficiency gains translate to lower operational costs for multi-standard network operators.
The industry is increasingly focused on IP video standards to bridge the gap between traditional broadcast and modern streaming workflows.
At IBC 2026, TRedess is debuting 5G Broadcast transmitters featuring 3GPP Release 19 capabilities. This launch is significant because it allows terrestrial operators to integrate mobile delivery into existing DVB-T2 infrastructure using CAS-muting. The partnership with NAKOLOS further enables seamless switching between broadband and broadcast, optimizing spectrum use for mass-audience events.
The transmitters feature 3GPP Release 19 capabilities, including time and frequency interleaving for signal robustness and CAS-muting to insert mobile signals into existing DVB-T2 transmissions.
The collaboration enables a world-first seamless switching solution between MoQ-based broadband and 5G Broadcast, allowing for ultra-low latency delivery.
It provides a technical path to reach mobile devices with live content and emergency alerts without sacrificing traditional television capacity by utilizing FEF periods.
The fourth series DAB+ transmitters achieve power efficiencies up to 53%, while updated DVB-T/T2 and ATSC 3.0 hardware reach 42% total transmitter efficiency.
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