AVoIP technical breakdown: How encoders transform HDMI into network-ready packets

The shift from dedicated matrix switchers to converged IP networks requires a fundamental change in how performance is measured. By using high-efficiency standards like H.265, organizations can scale high-resolution video across existing IT infrastructure without the physical limitations of legacy hardware. This technical foundation enables the deployment of scalable campus-wide or enterprise-grade streaming architectures. For the broader industry, this means AV stability is now tied directly to network health rather than just cable integrity. Watch for more manufacturers to integrate simplified networking protocols that automate packet management to reduce the barrier for traditional AV technicians.

The professional AV industry is rapidly pivoting toward open standards that bridge the gap between traditional hardware and IT infrastructures. Per AVNetwork in November 2024, the Internet Protocol Media Experience (IPMX) standard has gained significant traction by adapting broadcast-grade SMPTE 2110 protocols specifically for the requirements of corporate and educational AV environments. IPMX is designed to offer simplified synchronization and HDMI compatibility while supporting power-efficient compression like JPEG XS. Current reports estimate that IPMX already powers roughly 40% of new AV-over-IP projects. This move toward standardization aims to reduce vendor lock-in, which has historically plagued the pro AV hardware market. In parallel, established protocols are evolving to handle higher visual fidelity. NDI released its version 6 update in April 2024, which added native 10-bit HDR support and enhanced wide-area network (WAN) connectivity through a hardware-embedded bridge utility. This update allows NDI-enabled cameras to send encrypted streams over long distances without additional software, facilitating more complex remote production workflows. Organizations like Vizrt and Panasonic have already begun integrating these features to meet the demand for broadcast-quality video over standard networking equipment. Product diversity is also expanding within the Dante ecosystem. Audinate has tiered its offerings into Dante AV Ultra for visually lossless, sub-frame latency applications and Dante AV-H for environments where standard H.264/H.265 compression is sufficient. Per Digital Media World in May 2026, the AV-H tier is specifically targeted at lecture halls and digital signage where cost and compatibility with existing codecs are prioritized over extreme low-latency performance. These developments indicate a market that is maturing beyond proprietary ‘black box’ solutions in favor of interoperable, packet-based engineering.