Distributed AV is what lets one source reach any screen or speaker in the building and change on the fly. We build it wired, because a venue you can't control is a venue you can't fix fast.
Distributed AV is how content moves around a venue over the network, so any source can reach any display or audio zone and the system adapts on the fly: day-parting, event modes, multi-pane layouts, whole-venue audio on game night. It sits on the structured-cabling foundation and is driven by the control system, which is why it behaves like a backbone for the whole space rather than a single piece of gear.
We build it wired, on purpose. You want predictability in your venue, because if you can't control something, you can't resolve it quickly. Wireless belongs to the things that aren't operationally dependent, like guest Wi-Fi. The video on the wall, the audio in each zone and the control that ties them together get a wired, direct connection. The busiest hour of service isn't the moment something drops.
Tell us about the space and how you run it. We'll design the distribution backbone and the cabling under it so the system stays predictable on the busiest night.
Let's TalkAnywhere one source has to reach many zones, reliably.
Permanent AV for every guest-facing hotel and resort zone.
Explore storefront EnterpriseRetail AV standardized across every location.
Explore nightlife HospitalityAV for the space between the attractions.
Explore nightlife HospitalityNightclub sound, lighting, and video as one system.
Explore business EnterpriseAV engineered for the moment that can't be redone.
Explore hotel HospitalityElevate your hospitality experience with advanced AV solutions.
ExploreEach one is what makes distributed AV predictable instead of fragile.
Fixed source-to-display wiring can't adapt to game day, events, or dayparts.
The control system routes content dynamically, so layouts change by scene and not by re-cabling.
Same layer behind video walls and zoned audio
Driven by the control system
What it does
A distributed AV backbone routes content dynamically, so the room can change with the moment.
On a networked AV backbone, the control system routes any source to any display or zone in real time. One game goes full-wall for the marquee matchup, then splits into a multi-pane grid for the early window. Audio routes to every zone for a unified room on a big night, then back to independent zones the next morning. A single source can drive a ribbon of displays or a cluster, and the layout changes by scene.
This is the same capability behind video-wall layouts, whole-venue audio routing and day-parted content. It's not a feature bolted onto one screen. It's the AV distribution layer that makes the whole space programmable.
Wired vs wireless
Predictability is the whole point. Wireless adds variables you can't define or fix fast.
When you move operational AV onto Wi-Fi, you add a level of unpredictability you can't define: a conflicting signal coming into the building from a source you can't identify, which takes a level of troubleshooting know-how that usually isn't on site. Dropouts always seem to happen during the busiest hour of service, and by then it's too late to diagnose calmly.
So we draw a clear line. Wireless is fine for things that aren't operationally dependent, because guests don't need their connection for you to keep the game on the wall or the POS running. Mission-critical control, video and audio get a wired, direct connection. That's what predictability actually requires, and predictability is what lets us resolve issues fast when something does need attention.
Before the next build-out
Build a backbone you can actually
The foundation
Your distributed AV system is only as reliable as the structured cabling and dedicated network beneath it.
A distribution backbone rides not on whatever switch happened to be in the closet, but on structured cabling and a dedicated AV network. We design the cabling foundation, segment AV onto its own VLAN so a firmware push or a guest-network spike never blacks out a display, and let the control system own the routing on top. That separation is what keeps the AV layer stable while the rest of the building's IT changes around it.
Because it's networked and wired to a plan, the system scales. New zones, new displays and new sources join the backbone instead of forcing a rebuild, and the control system simply learns the new routes.
Distributed AV is how audio, video and control move around a venue over a network, so any source can reach any display or audio zone and the layout can change on the fly. Instead of wiring each source to one screen, the content rides a networked backbone and the control system routes it: full-wall for one game, a multi-pane grid for several, whole-venue audio on a big night, then back to independent zones afterward. It sits on structured cabling and a dedicated AV network, which is what makes it reliable.
AV over IP, or AVoIP, is distributed AV that uses standard network infrastructure to carry audio and video as data, rather than running dedicated point-to-point cables for every signal. The advantage is flexibility: any source can reach any endpoint on the network, and adding a zone or a display means adding it to the backbone instead of pulling new home-run cable. We design AVoIP on a dedicated, wired AV network with its own VLAN, so the flexibility doesn't come at the cost of the predictability a venue depends on.
For anything operationally dependent, wired wins, and it isn't close. You want predictability in your venue, and wireless adds variables you can't define, like a conflicting signal entering the building from a source nobody can quickly identify. Those dropouts tend to hit during the busiest hour of service. We reserve wireless for things that aren't critical to your operations and put mission-critical control, video and audio on a wired, direct connection. A path you can define is a path you can fix fast.
Yes, that's one of the main reasons to build it networked. On a distributed AV solution, new displays, zones and sources join the existing network, and the control system simply learns the new routes. We design the structured cabling and the dedicated AV VLAN up front so there's headroom to grow, which means the space can evolve. In essence, you can add a patio zone, a private room or another display wall without re-cabling the whole system.
Client successes drive Crunchy Tech to become better. Below is how our customers feel about us.
The way you can do different layouts on different TVs, so the marketing team can do their own in-house advertisements — that was really a big thing. Just for them to be able to upload their photos on their own and choose what dates to do it on is really helpful.
You're a great partner with Florida Hospital and this project will make a difference in Children's Health.
Crunchy has been great to work with. They communicate well and deliver as promised.
The way you can do different layouts on different TVs, so the marketing team can do their own in-house advertisements — that was really a big thing. Just for them to be able to upload their photos on their own and choose what dates to do it on is really helpful.
You're a great partner with Florida Hospital and this project will make a difference in Children's Health.
Crunchy has been great to work with. They communicate well and deliver as promised.
We don’t sell you what we have. We design what you need. That line is the operating principle I’ve built Crunchy Tech around for the last 20 years. And it’s the single sentence that separates us - and the small handful of firms like us - from the other 97% of the commercial AV industry.
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Walk with me for a second. Pick any sports bar on your street. Go in. Sit at the bar. Look around. And tell me what you see.
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