Bingen am Rhein, Germany, 14 July 2026: Broadcast Solutions has delivered two innovative outside broadcast trucks to DMC, a leading remote production specialist. These trucks, powered by Grass Valley AMPP software, represent a new approach to remote production, allowing all signal processing and delivery to happen on site rather than back at a control room. This shift minimizes bandwidth requirements and latency, making it a significant advancement in the industry.
The broadcast and sports production industry is increasingly focused on reducing carbon footprints and enhancing operational efficiency. This trend is exemplified by the recent delivery of two outside broadcast trucks by Broadcast Solutions to DMC Production. These trucks represent a significant shift in remote production strategies, offering a compact, flexible, and environmentally friendly solution that challenges traditional methods. By processing signals on-site and controlling equipment from a central production suite, these trucks reduce the need for extensive travel, thereby slashing carbon emissions. This innovative approach, known as "reverse remote production," is a critical step forward in aligning broadcast operations with sustainability goals while maintaining high production standards. As the industry continues to evolve, such solutions are becoming increasingly important for broadcasters and production companies looking to stay competitive and environmentally conscious.
Reverse Remote Production: A New Paradigm for Broadcast
Jens Envall, Chief Innovation Officer at DMC Production, explains that while remote production offers operational, environmental, and commercial benefits by keeping staff and technicians at production bases, it also poses challenges. "Bringing all the signals back to a control room requires substantial bandwidth, stability, and tight latency control," Envall notes. This insight highlights the need for a more balanced approach to remote production, one that optimizes both efficiency and control.
Zlatan Gavran, COO at Broadcast Solutions, elaborates on DMC's innovative solution. "We developed a concept called 'reverse remote production'," Gavran says. "All the switching and processing happen on site, in an outside broadcast truck, while control remains in the central production suite." This approach provides a familiar and user-friendly interface for operators, ensuring that the highest quality output is achieved.
Technical and Operational Implications
The technical and operational implications of DMC's reverse remote production trucks are profound, particularly in terms of gear, workflows, and signal processing. Each truck features a compact design that integrates a data center running Grass Valley AMPP software, along with operational space for on-site control. The trucks support up to 16 cameras, with Grass Valley LDX98 models supplied by Broadcast Solutions, connected via traditional tailboards and stage boxes. This setup allows for native 1080p signals in both SDR and HDR, with 4K Ultra HD capability.
The trucks use Cisco routers for signal management, with majority of the processing handled by two Grass Valley AMPP servers equipped with NVIDIA Blackwell GPUs and 11 TB of local storage, providing full replay and super-slo-mo capability. Audio is mixed by a Calrec Argo M36 console. For external connectivity, the trucks require only 100 Mb/s of internet bandwidth, with 25 Mb/s dedicated to low-latency control and data exchange, and another 25 Mb/s for monitoring using WebRTC multiviewer streams. Programme outputs are delivered via a 25 Mb/s SRT stream, leaving a comfortable headroom in a typical 100 Mb/s public internet connection.
This deployment signals a significant shift towards more efficient and sustainable production methods in the broadcast and sports industry. By integrating Grass Valley AMPP software and utilizing reverse remote production techniques, DMC and Broadcast Solutions are paving the way for a new standard in outdoor broadcasting. This approach minimizes the bandwidth required for high-quality signal transmission.
The next likely step in this evolution is the widespread adoption of this reverse remote production model across various types of live events. Broadcasters and production houses will increasingly focus on developing software-defined systems that can offer the flexibility and control of on-site operations while allowing for centralized management. This could lead to a more modular and adaptable infrastructure that can be scaled to meet the demands of different events and venues, further reducing costs and environmental impact.
Looking ahead, readers should watch for further advancements in reverse remote production technology. As more broadcasters adopt this innovative approach, we can expect to see more compact, efficient outside broadcast trucks hitting the road. These trucks will continue to reduce carbon footprints and operational costs while maintaining high-quality production. Additionally, expect to see enhancements in processing capabilities, support for higher resolutions, and improved user interfaces that make reverse remote production accessible to a broader range of production teams.
The trucks are equipped with Grass Valley LDX98 cameras, which are known for their high-quality signal capture and reliability in challenging environments. This setup ensures that the signal processing is reliable and can handle various production demands without compromising on quality. The use of Grass Valley AMPP software and NVIDIA Blackwell GPUs also enhances the flexibility and efficiency of the system, allowing for real-time adjustments and high-resolution output.
Each truck's design allows for the integration of a data center, which is crucial for processing large volumes of data without the need for extensive bandwidth. This capability is particularly beneficial for events that require high-definition content, such as sports matches and live news broadcasts. The trucks are also 4K Ultra HD ready, providing broadcasters with the flexibility to transition to higher resolutions as needed. This forward-thinking design ensures that DMC can meet current and future production requirements, aligning with the industry's push for higher quality and more efficient production methods.
News submitted by: Fiona Blake
