LiveU will present its expanded IP-video EcoSystem at SMPTE METexpo 2025 in Sydney, highlighting its comprehensive set of solutions designed to streamline live video workflows, enhance production efficiency, and reduce operational costs. Built on LiveU’s robust LRT™ (LiveU Reliable Transport) protocol, the LiveU EcoSystem spans contribution, cloud production, and IP-based distribution – delivering resilient, high-quality live content from any location.
LiveU’s EcoSystem is modular and IP-positive, allowing broadcasters and video producers to easily configure and redeploy components across different workflows, providing unprecedented flexibility for their evolving production needs.
At the show, LiveU will feature its flagship 5G portable and fixed encoders – the multi-cam LU800, compact LU300S and rackmount LU810 – allowing high-quality, reliable transmission of 4K/HD content with ultra-low latency (ULL). Leveraging its encoders, the company offers efficient REMI (remote production) workflows, integrated with its remote live production tools, and an On-Site Production solution, allowing broadcasters to deliver high-quality live feeds from the field directly to production trucks.
The company’s cloud-native LiveU Studio will also be on display, offering a powerful, scalable solution for live production with synchronized multi-camera feeds, ISO recording, clipping and instant replay – all within a browser-based environment. LiveU Ingest and the LiveU Matrix IP distribution platform will also be presented illustrating how news and sports organizations can accelerate IP-based production workflows and reach wider audiences.
Chris Dredge, Country and Sales Manager – LiveU Pacific, will also present a session on “Transforming Live Sports Production with IP-Video: Cost-Efficiency Meets Operational Agility.” The session will explore how Racing WA – the Principal Racing Authority and State-appointed regulator of thoroughbred, harness and greyhound racing in Western Australia – changed its production model using the LiveU EcoSystem.
