Networked Audio for Live and Hybrid Events: Five Questions Before Specifying

Networked audio belongs in a system brief when the project needs it, not simply because a technology is fashionable. Start by defining the signals that must move between the stage, control position, amplifiers and any recording or broadcast system. Then establish which equipment and people will make that connection work.

The industry development behind the conversation

In its 16 April 2026 NAB announcement, Audinate highlighted closer integration of AV and broadcast workflows, including ST 2110-30 interoperability and network monitoring and management. This is a manufacturer’s account of its platform direction, not a benchmark of a complete loudspeaker system. Audinate: Unified AV and broadcast workflows at NAB2026.

Its earlier September 2025 announcement described new capabilities delivered through updates for selected devices. The practical lesson is to verify the exact hardware, software and firmware in the proposed system rather than treating a platform name as a universal compatibility promise. Audinate: ST2110-30 and AES67 support update.

1. Where does the network start and end?

Ask for a signal-flow drawing. Mark microphones, console or mixer, processors, network interfaces, amplifiers and loudspeakers. Show which connections carry network audio and which carry analogue or amplified audio. This prevents a network feature in one component from being mistakenly attributed to every component downstream.

For a hybrid event, draw the room reinforcement feed and the broadcast or recording feed separately. The remote audience and the people in the room are different destinations; their requirements should be stated independently.

2. What evidence supports interoperability?

Request the proposed device list, required licences and supported firmware versions. If multiple transport standards are involved, ask the integrator to identify the boundary and the evidence for compatibility. Record any feature that is conditional on a licence or software update.

For YASHWEI products, use the published specifications and a confirmed project equipment list. This article does not claim that every YASHWEI loudspeaker, amplifier or processor includes Dante, AES67 or ST 2110 support.

3. Who owns timing and network configuration?

Assign responsibility for the clocking plan, supported operating format, switching configuration and required latency. These decisions should be documented by the system designer and tested on the actual equipment. Do not copy a network setting from a different project and assume it is suitable for this one.

4. What happens during a fault or handover?

Ask how an operator identifies a failed endpoint, how configuration is backed up and who supports the system after installation. If redundancy or a fallback route is part of the proposal, request a demonstration under the agreed test conditions. A diagram alone does not prove how a system behaves during a fault.

5. How will acceptance be demonstrated?

Agree a practical handover exercise that follows a signal from source to each required destination. Check the planned operating layouts and confirm that the venue team can perform its daily tasks. Record the installed versions and the support contact so that a future update is a controlled change.

Keep the audience requirement first

Audio transport is one part of the system. Coverage, programme material, loudspeaker placement, amplification and commissioning still need their own decisions. A well-connected system must also solve the listening problem.

Start with Conferences & Meetings or Live Concerts & Tours, then share the required signal destinations with YASHWEI. Prepared with AI-assisted research and writing; the five-question checklist is editorial guidance, not a tested configuration or a certification claim.