Burlington, Canada, June 15, 2026: EvertzAV, a division of Evertz Microsystems Ltd., will showcase the 7882IRDA-S2X Series Professional DVB-S/S2/S2X Integrated Receiver Decoder (IRD) at InfoComm 2026, demonstrating how live broadcast content can be seamlessly integrated into modern IP-based AV infrastructures.
As enterprise communications, control rooms, live events and digital signage increasingly incorporate broadcast content, organizations require efficient ways to ingest RF signals and distribute them throughout IP-based environments. The 7882IRDA-S2X Series addresses this challenge by combining professional satellite reception with direct SMPTE ST 2110 output, enabling clean interoperability with IP-based AV systems, including those built on IPMX.
Available as both a standalone appliance and as a modular card within Evertz's 7800 platform, the 7882IRDA-S2X eliminates the need for external set-top boxes and separate encoding devices. The platform delivers high-quality video and audio over ST 2110 with ultra-low latency, providing a direct and efficient path for transporting live broadcast feeds into enterprise and venue AV applications.
The 7882IRDA-S2X also integrates with EvertzAV's MMA-10G routing solutions, allowing decoded broadcast and IP sources to be distributed alongside IPMX workflows. Within the 7800 platform, 7882IRDA-S2X IRD cards and MMA-10G IPMX gateway cards can coexist in the same frame, offering a unique architectural advantage that unifies broadcast and AV processing within a single, standards-based platform.
MAGNUM-OS provides centralized orchestration, monitoring and control across ST 2110 and IPMX-interoperable environments. This integrated approach supports multivendor interoperability and provides a future-ready foundation for facilities evolving toward converged broadcast and AV architectures.
By combining professional RF reception with standards-based IP transport, the 7882IRDA-S2X provides organizations with a direct path for distributing live broadcast content throughout modern AV environments while maintaining the performance and reliability expected of broadcast-grade systems.
