Loughborough University builds IPMX virtual matrix using 93 PlexusAV transceivers
Loughborough University has deployed 93 PlexusAV P-AVN-4 transceivers to create an IPMX-based virtual matrix across its STEM Labs. The project, supported by GVAV and onemedia, utilizes JPEG-XS for low-latency routing and includes an Eco Mode projected to reduce energy consumption by 40%.
Key Takeaways
- Deployment includes 93 PlexusAV P-AVN-4 transceivers managed by the Visual Array Management Platform
- Dual-stream capability allows high-compression H.264/H.265 for inter-room routing and low-latency JPEG-XS for local use
- Integrated Eco Mode reduces transceiver power draw from 26W to 14.8W during off-hours
- Projected energy savings total 42,664 kWh and approximately £10,960 over a five-year period
Why It Matters
This deployment demonstrates the practical viability of open-standard AV-over-IP for large-scale institutional environments. By moving away from proprietary fixed-point hardware, the university gains a software-defined routing layer that can scale without requiring a complete physical overhaul. For the broader streaming and ProAV ecosystem, this shift toward IPMX and JPEG-XS highlights a growing demand for interoperable, low-latency protocols that function over standard 1Gb networks rather than specialized high-bandwidth infrastructure. Watch for whether other higher education institutions adopt similar open-standard frameworks to reduce long-term maintenance costs and hardware lock-in.
Additional Context
The move toward software-defined live production is increasingly common as organizations seek to replace rigid, hardware-heavy workflows with flexible, network-based alternatives. Recent IP broadcast transition projects at other universities further underscore this industry-wide shift toward IP-based infrastructure.
Read full article at avinteractive.com
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