Best AV-over-IP Platforms for Enterprise Rooms

Standardizing meeting rooms across multiple enterprise locations only works if the underlying video and audio distribution can scale the same way at every site. That is the core problem AV-over-IP platforms solve: instead of running dedicated cabling for every signal, video, audio, USB, and control travel over the network infrastructure the building already has.

The challenge for enterprise AV and IT leaders is not whether to move to AV-over-IP. It is which platform fits the organization’s room types, IT environment, and rollout timeline. This guide breaks down the leading AV-over-IP platforms, the criteria that should actually drive the decision, and what to consider before standardizing on one across a multi-site estate.

Traditional AV distribution relies on point-to-point cabling, HDMI or DM runs from a source to a display, with distance and switching limits baked into the hardware. AV-over-IP platforms convert those signals to network packets, so video, audio, and control can be routed, switched, and scaled using standard network switches rather than dedicated matrix hardware.

For an enterprise rolling out or refreshing rooms across many locations, this matters for a few reasons:

• Scalability. Adding a room or a display is a matter of adding an endpoint to the network, not running new dedicated cabling.
• Standardization. The same encoder and decoder architecture can be replicated across sites, which simplifies training, spares inventory, and support.
• Centralized management. Most platforms include a cloud or on-premise dashboard for monitoring device health and pushing updates across every location from one place.
• Flexibility. Signal routing can be reconfigured in software as room use cases change, rather than requiring a rewire.

Before comparing specific platforms, it helps to define what actually matters for a multi-site standardization project.

Network requirements and bandwidth. AV-over-IP platforms vary in how much bandwidth they need per stream and whether they require a dedicated AV network, a converged network with the right switch configuration, or standard 1Gb infrastructure. This affects both IT’s network design and the switch hardware budget.

Latency and video quality. For most enterprise conferencing and presentation use cases, near-zero perceptible latency and full 4K support are baseline requirements. Some platforms are built for broadcast-grade, zero-frame-latency switching, which matters more in production or command-center environments than in standard meeting rooms.

Control integration. AV-over-IP is rarely deployed on its own. It typically needs to integrate with a room’s control processor, scheduling system, and conferencing platform. Whether the AV-over-IP platform is tied to a single vendor’s control ecosystem or works across ecosystems affects long-term flexibility.

Vendor ecosystem versus open standards. Some platforms are proprietary and tied closely to a single manufacturer’s control and management stack. Others build on open, interoperable standards. Proprietary ecosystems can offer tighter integration and single-vendor support; open standards reduce lock-in and give more flexibility when mixing hardware from different manufacturers.

Management and monitoring at scale. For a rollout spanning dozens or hundreds of rooms, centralized cloud management, remote diagnostics, and the ability to push firmware updates across every site without a truck roll are not optional. This is often the deciding factor for IT teams who will own day-two support.

Total cost of ownership. Licensing models differ significantly between platforms. Some price per endpoint, some require ongoing software subscriptions for cloud management, and some are hardware-only with no recurring fees. Enterprise rollouts should model cost across the full room count, not just a single room.

Crestron NVX is one of the most widely deployed AV-over-IP architectures in enterprise environments, particularly where rooms need deep integration with room control, lighting, shading, and building management alongside video and audio distribution. It supports multiple network tiers, including 1Gb, 2.5Gb, 5Gb, and 10Gb, and integrates with Crestron’s XiO Cloud platform for centralized device management across sites. Organizations already standardized on Crestron for room control tend to find NVX the most straightforward extension, since video distribution and control live in the same ecosystem.

Q-SYS (QSC) takes a software-defined approach, running control, audio DSP, and video routing on standard server hardware rather than proprietary fixed processors. This reduces hardware obsolescence risk and gives IT teams more predictable scaling. Q-SYS is a strong fit where audio quality and native integration with Microsoft Teams Rooms or Cisco conferencing platforms is the priority, and where the organization wants a platform less tied to a single hardware refresh cycle.

Extron NAV favors configuration-driven deployment over custom programming, which appeals to enterprises that want in-house IT or facilities teams to manage and edit room configurations without relying on a certified programmer for every change. This tends to make it a strong fit for large, standardized estates where the priority is consistent, supportable rooms over highly customized automation.

AMX (Harman) remains a viable option, particularly for organizations with existing AMX infrastructure or where an integrator has proven templates in place, though its market share and native integration with modern conferencing platforms lag the other three.

No platform is universally the right answer. The right fit depends on whether control complexity, audio quality, IT ownership model, or existing vendor infrastructure is the priority for the rollout.

Existing infrastructure. If the organization already has Crestron, Q-SYS, or Extron control deployed at scale, extending that same ecosystem into AV-over-IP typically reduces integration risk and support complexity compared to introducing a second vendor stack.

Conferencing platform alignment. Microsoft Teams Rooms and Zoom Rooms certification varies by platform and by specific hardware within that platform. Confirming current certification status for the exact conferencing platform in use should happen before finalizing a decision, not after.

Network team involvement. AV-over-IP is a network deployment as much as an AV one. IT and network teams should be involved early to confirm switch requirements, VLAN design, and multicast configuration, particularly for higher-bandwidth 4K and multi-stream environments.

Room standardization strategy. Enterprises rolling out AV-over-IP across many locations benefit from defining a small number of standardized room templates, small huddle, standard conference, and large boardroom, rather than customizing each room individually. This is what makes multi-site support and spares inventory manageable long term.

What is an AV-over-IP platform?

An AV-over-IP platform distributes video, audio, USB, and control signals over standard network infrastructure using encoders and decoders, instead of dedicated point-to-point AV cabling. This allows routing and switching to happen through network switches rather than proprietary matrix hardware.

What is the best AV-over-IP platform for enterprise meeting rooms?

There is no single best platform for every enterprise. Crestron NVX fits organizations that need deep control and building system integration. Q-SYS fits audio-led rooms and native Microsoft Teams Rooms or Cisco integration. Extron NAV fits large, standardized estates managed by in-house IT teams. The right choice depends on existing infrastructure, conferencing platform, and who owns day-to-day support.

How much network bandwidth does AV-over-IP require?

This varies by platform and video resolution. Most enterprise AV-over-IP platforms support deployment across 1Gb, 2.5Gb, 5Gb, or 10Gb network tiers, with higher tiers required for uncompressed or high-frame-rate 4K content. Network design should be confirmed with the platform vendor and the organization’s IT team before rollout.

Does AV-over-IP work with Microsoft Teams Rooms and Zoom Rooms?

Most major AV-over-IP platforms support integration with Teams Rooms and Zoom Rooms, but certification varies by specific hardware and software version. This should be verified for the current platform version before finalizing a rollout decision.

The right AV-over-IP platform is the one that matches the organization’s existing control ecosystem, its IT team’s capacity to manage the system long term, and the conferencing platforms already in use across the enterprise. Standardizing on a single platform and a small set of room templates is what actually makes a multi-location rollout supportable once it is live.

If you are evaluating AV-over-IP platforms for a multi-site enterprise rollout, our team designs across the leading ecosystems and can help map platform choice to your existing infrastructure and support model, rather than defaulting to a single vendor.

Written by Gianfranco, Digital Marketing Manager at GAV MGMT