Conference Room AV Systems
A conference room that works is one where anyone can walk in, tap once, and be in the call, no scramble for the right cable, no hunting for the remote, no calling IT because the far end can't hear the corner of the table. We design, install, program, and support commercial conference-room AV across Plymouth and the Twin Cities: 4K displays, ceiling microphones tuned by DSP, a camera-and-codec front end, a certified Cat6A and fiber backbone underneath it all, and room scheduling on the wall outside the door. One room or fifty rooms across a floor, built to behave the same way in every one.
Owner Chad and the New Age Technology team have run low-voltage cable across Hennepin County for 15+ years, and a conference room is where that wiring discipline either shows or embarrasses you on a client call. We build platform-neutral by default: the room is designed around the display, the microphones, the camera, and the network so it runs the collaboration software your organization already standardizes on, and we scope a native certified room build when you supply that requirement. We're a low-voltage integrator, not a box store, so you can see displays, ceiling audio, and camera framing running live at our Plymouth showroom before you commit a dollar. Licensed, insured, BBB Accredited, and backed by a 100% satisfaction guarantee on every install.
Conference Room Displays: Sizing, LED, and Dual-Screen Layouts
A conference-room display has to be readable from the far seat, not just the near one. The working rule we plan against is that the farthest viewer should sit no more than about six times the screen height away for detailed content, which is why a huddle room and a 20-person boardroom get very different panels. We size the display to the room and the seating, then decide whether one screen, two, or a direct-view LED wall is the right call.
Here's how we match the display to the space:
- Huddle and small rooms get a single 4K flat panel, typically 55 to 75 inches, mounted at a height the far seat can actually read
- Medium and large conference rooms often run dual 4K displays so shared content lives on one screen and the far-end participants live on the other, instead of fighting for the same panel
- Executive boardrooms and divisible spaces move to direct-view LED, which scales past the size and brightness ceiling of flat panels and holds a seamless image at wall scale with no bezels down the middle
The far seat sets the display size, not the budget. We measure the room and the seating depth first, because a panel that reads fine from the head of the table can be useless from the far corner.
On divisible rooms with a movable wall, we build wall-aware presets so a combined ballroom-style space and its two halves each know which displays, mics, and cameras belong to them, and staff switch modes without calling IT.
Ceiling Microphones, DSP, and Speech Intelligibility
Audio is the part of a conference room people notice only when it's bad, and it's bad more often than video. The far end forgives a soft picture. They will not forgive not being able to hear the person across the table. We build the audio around ceiling microphones and a digital signal processor (DSP) so the room picks up every seat cleanly and sends the far end intelligible speech, not room echo and HVAC rumble.
Here's what goes into the audio layer:
- Beamforming ceiling microphone arrays that steer pickup toward whoever is talking and reject the ceiling diffuser, the projector fan, and the hallway, so no one has to lean into a table puck
- A DSP running acoustic echo cancellation, noise suppression, and automatic gain, tuned to the room's actual dimensions and finishes rather than a factory preset
- Ceiling loudspeakers placed and level-matched for even coverage, so the far-end voice is the same volume at the head of the table and in the far corner
Beamforming mics and a tuned DSP are what let a client on the far end hear the quiet person in the corner as clearly as the one leaning into the table. Untuned rooms lose that person on every call.
Room finishes matter as much as the electronics. A glass-walled conference room with a hard table and no soft surfaces is an echo chamber, and no amount of DSP fully fixes a room that's acoustically hostile. Where the space allows, we plan acoustic treatment into the design so the DSP has a fighting chance, and we tune the room on-site once the furniture is in, because an empty room and a full one measure differently.
Camera and Codec: Auto-Framing and the Room Front End
The camera-and-codec front end is what the far end actually sees, and a room that frames people well reads as professional before anyone says a word. We spec the camera to the room depth and program auto-framing so the shot follows the conversation instead of showing an empty table with three people crammed into one corner.
A few things we plan around at the front end:
- Camera choice sized to room depth, from a single wide-angle camera in a huddle room to a pan-tilt-zoom or multi-camera setup with speaker tracking in a large boardroom
- Auto-framing and speaker tracking so the far-end view tightens on the active talker and reframes as people join or leave, with no one touching a remote
- A room codec or compute appliance that ties the camera, the DSP audio, and the displays together into one system the collaboration software drives
We build the room around the display, the mic array, the camera, and the network. That's what keeps it platform-neutral: the same well-built room runs the collaboration software your organization already standardizes on.
On platform posture, we're deliberate. We design and integrate the room hardware to run the video-collaboration software your organization already uses, and when you require a native certified room build to a specific vendor's room-system standard, tell us that up front and we'll scope the certified hardware and layout to match. We don't assume the platform for you, and we don't lock a room to one vendor unless that's your standard.
Ready to scope a room or a floor? Request a conference-room walkthrough or call a technician at (952) 204-7222.
The Structured Cabling and Wired Backbone Behind the Room
Every conference room rides on a wired backbone, and that backbone is where a cheap install quietly fails an expensive room. A camera feed, a shared 4K source, DSP audio, control, and the collaboration software all move over structured cable and a managed switch, so the cabling and the network design are load-bearing parts of the AV system, not an afterthought. This is the same wiring discipline we bring to residential 4K video distribution, applied at commercial scale.
Here's how we match the transport to the run:
- Cat6A carries the room's data, PoE for cameras and panels, and control, certified end to end so it holds the bandwidth the room needs today and in ten years
- HDBaseT over Cat6A sends 4K video, control, and often power to a display or a distant source to around 100 meters over a single structured cable, which covers the reach of a normal conference room and most of a floor
- Fiber takes over on the long runs between floors, between buildings on a campus, or anywhere a run blows past Cat6A's 328-foot ceiling, sending signal down glass with no distance-related loss
A cable certifier is not the same as a cable tester. A tester says the wires are connected. A certifier proves the run will actually pass the bandwidth at length. We certify every run before the ceiling grid and drywall close, because a marginal run that passes at install and fails on a Monday client call is the callback nobody wants.
On new construction and tenant build-outs we attend pre-construction meetings and deliver CAD wiring plans so the low-voltage rough-in is right the first time, and on Plymouth projects we pull low-voltage permits through the City of Plymouth building department. Older Twin Cities office stock is its own project: a lot of the space we retrofit was cabled for a single wall display and a phone, never for a mic array, a camera, and a certified 4K backbone, so a clean conference-room retrofit means pulling new Cat6A and fiber through an existing ceiling grid without tearing the floor apart.
### When a full conference-room build is the wrong call
If you have one small huddle space and everyone is already happy joining calls on a laptop with a good USB camera and a decent speakerphone, you don't need a designed room yet, and we'll tell you that before you spend on one. A designed conference room earns its keep when the room is big enough that a laptop mic loses the far seats, when you're standardizing several rooms so they all behave the same way, when executives and clients are on the calls and the room's impression matters, or when scheduling conflicts and cable scrambles are costing real meeting time. If that's not you yet, don't buy the full build yet.
Room Scheduling, Control, and Multi-Room Standards
A conference-room system is more than the call itself. It's how staff walk up and use it, and how the organization keeps fifty rooms behaving identically. We build the control and scheduling layer so the room is one tap to start and impossible to leave in a broken state.
What that layer includes:
- A room scheduling panel at the door showing free-or-busy at a glance, tied into your existing calendar system, so nobody double-books the boardroom or stands outside guessing
- One-touch control on a table or wall panel that powers the displays, wakes the camera and mics, drops the shades, sets the lighting scene, and starts the call, then a single button to end everything cleanly when the meeting's over
- Automated lighting and shade scenes for presentation, video call, and off modes, so a bright glare-free call and a dimmed presentation are each one tap, not a manual fight with the blinds
The measure of a good conference room is that a new hire can walk in, tap once, and be in the meeting, in every room, without a cheat sheet taped to the table.
Across a floor or a campus, consistency is the real deliverable. We document room types, huddle, medium, large, and boardroom, and replicate the equipment, the programming, and the user interface so behavior is identical in every room of a given type. Standardize the rooms and you standardize the support: one help request looks like every other, and your IT team stops relearning a different room every floor. We design to your existing global AV standard, or we build one with you if you don't have one yet.
Conference-room AV is one piece of a commercial build, and it usually shares a backbone and a project with the rest of the building. It ties directly into our broader commercial AV and automation work, and on projects where the room and the building's cameras and access control go in together, it folds into our commercial security install on one coordinated low-voltage plan. When you're ready to scope a room or a floor, request a conference-room walkthrough or call us at (952) 204-7222.
Frequently Asked Questions
What does a conference room AV system include?
A complete room includes a 4K display or dual displays (direct-view LED for large boardrooms), a beamforming ceiling microphone array tuned by a DSP, room-matched ceiling loudspeakers, a camera with auto-framing, a room codec that ties it together, a certified Cat6A and fiber backbone, and one-touch control with a scheduling panel at the door. We size every layer to the room depth and seating, then tune the room on-site once the furniture is in.
Which video conferencing platform do you support?
We build platform-neutral by default. The room is designed around the display, the microphone array, the camera, and the network, so it runs the video-collaboration software your organization already standardizes on rather than locking you to one vendor. When you require a native certified room build to a specific vendor's room-system standard, tell us up front and we'll scope the certified hardware and layout to match.
Why do conference-room calls sound bad, and how do you fix it?
Most bad room audio is untuned pickup and a hostile room, not a broken microphone. We install a beamforming ceiling mic array that steers toward the active talker and rejects HVAC and hallway noise, run it through a DSP doing echo cancellation and noise suppression tuned to the room's real dimensions, and level-match ceiling speakers for even coverage. Where the space allows, we plan acoustic treatment in too, because a glass-walled room with hard surfaces echoes no matter how good the electronics are.
How do you run 4K video and camera feeds around the building?
Over a certified wired backbone, the same discipline we bring to residential video distribution. Cat6A carries data, PoE, and control; HDBaseT over Cat6A sends 4K video and control to around 100 meters; and fiber takes over on long runs between floors, between buildings, or anywhere a run passes Cat6A's 328-foot limit. We certify every run with a cable certifier before the ceiling grid and drywall close, because a marginal run that fails on a Monday client call is the worst kind of callback.
Can you standardize AV across many conference rooms?
Yes, and it's the point of doing it right. We document room types (huddle, medium, large, boardroom) and replicate the equipment, programming, and user interface so behavior is identical in every room of a type. Staff and executives get the same one-tap experience everywhere, and your IT team supports one consistent design instead of relearning a different room on every floor. We design to your existing global AV standard or build one with you.
Do you install conference-room AV in existing office space?
Yes. A lot of the Twin Cities office stock we retrofit was cabled for a single wall display and a phone, never for a mic array, a camera, and a certified 4K backbone, so a clean retrofit means pulling new Cat6A and fiber through an existing ceiling grid. On new construction and tenant build-outs we attend pre-construction meetings and deliver CAD wiring plans, and on Plymouth projects we pull low-voltage permits through the City of Plymouth building department.