By Doug Barlett, CEO, EzoBord

As an AV integrator, you have likely experienced this scenario: your team designs and deploys a state-of-the-art meeting space with beamforming microphones, high-resolution displays and seamlessly integrated UC technology. The room passes commissioning. The client signs off.

Then the calls start. Remote participants cannot understand people in the room. Voices sound distant or muffled. Meeting fatigue increases.

So, who does the client call? The AV integrator.

The problem may not be the technology at all. It may be the room.

As organizations continue investing in hybrid collaboration technology, the physical environment in which that technology operates has become increasingly important. Acoustic performance can no longer be treated as an issue to address after the AV system has been specified. It needs to be considered as part of the overall system design.

The Physics Behind the Hybrid Meeting Problem

In a traditional in-person meeting, the human brain is remarkably good at filtering out environmental noise and making sense of speech despite moderate reverberation and reflections.

Hybrid meetings are different. Remote participants depend on microphones, signal processing and loudspeakers to reproduce what is happening in the room. When sound encounters hard, reflective surfaces such as glass, polished concrete, large display walls and exposed ceilings, reflections can reach microphones after the direct sound.

The result is a more difficult signal for the AV system to process.

Modern DSP, noise suppression and dereverberation technologies can compensate to a degree, but they cannot completely overcome poor room acoustics. As processing demands increase, speech can sound unnatural, clipped or distant.

The hardware may be doing exactly what it was designed to do. The problem is that it is being asked to solve a physical room problem digitally. For integrators, that means replacing or recalibrating the microphone is not always the answer.

AI Raises the Stakes

The importance of room acoustics is increasing further as AI becomes embedded in meeting platforms. Real-time transcription, translation, speaker identification, meeting summaries and AI assistants all depend on capturing intelligible speech.

Excessive reverberation and overlapping reflections make it more difficult to distinguish individual voices and accurately interpret what is being said. A human listener may be able to reconstruct a sentence from a poor recording; automated systems have a much harder time doing so consistently.

As clients invest in AI-enabled collaboration tools, integrators have an opportunity to explain an important part of the equation: the quality of the output depends, in part, on the quality of the audio entering the system.

Acoustic treatment isn’t simply about making a room sound better. It helps create the conditions in which today’s increasingly sophisticated audio and AI technologies can perform as intended.

From Hardware Integrator to Solution Advisor

This creates a broader opportunity for the integration community. When projects are scoped primarily around cameras, displays, microphones, speakers and room-control systems, the physical environment can become someone else’s problem. Yet the end user experiences all of it as one system.

Integrators are uniquely positioned to connect those pieces. Bringing acoustic considerations into the conversation can provide three immediate benefits:

1. Protect the technology investment.

Reducing problematic reflections gives microphones and DSP systems a cleaner signal to work with, helping technology perform closer to its intended capabilities.

2. Reduce post-installation headaches.

Persistent complaints about “poor audio” can lead to troubleshooting, recalibration and repeat site visits. Addressing room conditions during design can help prevent a physical problem from becoming a post-installation service issue.

3. Create a retrofit opportunity.

Not every client is ready to replace its AV technology. If existing hardware is fundamentally sound but speech intelligibility is poor, targeted acoustic improvements can improve performance without starting over, creating an opportunity to add value between major technology refresh cycles.

Acoustic Strategy Doesn’t Mean a Dead Room

The goal isn’t to turn every meeting room into a recording studio. The objective is controlled sound.

Integrators should consider a few questions during scoping:

• What surfaces are likely to create significant reflections?
• Where are the primary microphones and loudspeakers located?
• Can acoustic absorption be strategically integrated into the room rather than added as an afterthought?

The answer may be targeted absorption at key reflection points rather than treatment everywhere.

Today’s acoustic solutions also don’t have to compromise the design. Architectural acoustic systems can incorporate color, pattern, custom graphics and dimensional forms, allowing treatment to contribute to a space’s visual identity while addressing a practical performance requirement.

For integrators, that can make the conversation with architects, designers and clients easier. Acoustics becomes part of the room’s design strategy, not a correction added after the technology has been installed.

The Next Competitive Advantage

The next generation of meeting rooms will not be judged by microphone specifications, camera resolution or display size alone. Clients will judge them by whether people can communicate effortlessly. That changes the role of the integrator.

The opportunity isn’t simply to sell better microphones or more sophisticated DSP. It is to understand the environment in which those technologies operate and help clients create rooms where the technology can perform at its best.

Integrators who take that broader view can deliver better outcomes, reduce avoidable service issues and create new opportunities to add value throughout the life of a client’s workplace technology investment.

The best AV system still needs the right room.

About EzoBord

EzoBord designs and manufactures sustainable acoustic solutions made from recycled PET, combining sound control with design flexibility for contemporary workplace environments. For AV integrators, EzoBord’s Rubik AV brings these capabilities into the meeting room through a modular acoustic system designed to work alongside technology while giving designers flexibility in layout, color, finish and custom graphics. Its modular tile system, integrated air gap and fast, installation-friendly design allow acoustic treatment to become part of the room’s overall technology and aesthetic strategy, not an afterthought. Through Rubik AV, EzoBord works with AV integrators and project partners to create meeting spaces where acoustics, technology and design work together.