Restaurant sound systems engineered for shared walls and occupied floors above, with the isolation, coverage, and hard limits a New York room needs.
In most cities a restaurant's audio problem stops at the property line. Here it goes up. There are apartments above the dining room, a neighbor through a party wall who shares the same joists, and a building owner whose lease has language about noise in it. A subwoofer sitting on a slab couples straight into the structure, and low frequencies travel through concrete and steel far better than they travel through air, so the guest at the back table hears less of it than the tenant two floors up. Nobody in the room can tell it is happening, which is why it usually surfaces as a letter rather than a comment.
That constraint has to be designed for, not managed afterward, because a restriction imposed after a complaint is far more expensive than the work it would have taken to avoid one. Subwoofers get isolated from the structure instead of set on the floor. Speaker placement avoids the paths that transmit most readily. Coverage comes from more sources at lower level, which means no single speaker is ever working hard, and the processor holds a hard limit per zone that holds at midnight regardless of who is running the room. Done properly, the dining room can be as lively as the concept needs while the building above it stays out of it.
From the West Village and Lower East Side to Williamsburg, Astoria, and the outer neighborhoods, we design restaurant sound systems that keep the energy in the room and out of the building.
Outdoor structures sit through a hard winter, so any exposed hardware gets rated for freeze and thaw rather than pulled inside each fall.
Nor'easters and coastal flooding drive rack placement, so equipment sits raised and on protected circuits rather than at cellar floor level.
Below-grade equipment rooms hold damp air, so the rack gets ventilation and moisture protection rather than a closed door.
The same outdoor seating runs through snow and humid summers, so anything mounted outside gets specified for the full range.
How we work
We do not start with a speaker count. We start with what is above you, beside you, and in your lease, because in this city that sets the ceiling on everything else.
Most disappointing dining rooms were quoted off a floor plan by someone who never sat in them during service. So we start with a consult rather than a quote: what you want the room to feel like, how big it is, what it needs to do, and the budget you are working with. Then we walk it, ideally during a real service, and listen from the places guests actually sit. The banquette against the party wall, the two-top under the speaker, the table by the door. In New York we also look at the structure: what the floor sits on, what is overhead, and where a low frequency would go if nobody stopped it.
The other way these go wrong is that nobody experiences the outcome until it is built, then wants it changed a season later. So you see the design before you commit to equipment, including where every speaker lands and why. Control gets programmed around the services you actually run, so lunch, dinner, a late seating, and a buyout are scheduled states rather than a manager at a knob, and the limits sit behind credentials. One team handles the install, calibration, staff training, and documentation, and coordinates with your general contractor, electrician, low-voltage trades, and where relevant your building's requirements.
What we build
A dining room in a shared building is a handful of systems working as one, with one extra constraint the others do not have.
Coverage comes first. More sources at lower level, placed so every table sits inside a pattern rather than under one or between two, is what makes a room comfortable to eat in, and it has a second benefit here: no speaker is ever asked to throw sound a long distance, so the total energy in the building stays low for the same perceived level. Low frequency is handled separately, with subwoofers decoupled from the structure rather than set on a slab, since that is the path that reaches tenants. A digital signal processor then splits the room into zones with their own levels and hard limits.
New York rooms are usually smaller than the rest of the country's, which changes what a display should be. Screens get sized off real viewing distance and placed as part of the architecture rather than hung wherever there was wall, since in a narrow room a badly placed panel is in everyone's eyeline. Digital menu boards get sized off reading distance from where the queue actually stands and driven from one place, which is worth more if you run several rooms. Where a bar wants televisions, they get their own audio zone so the dining room never inherits them.
Levels, sources, and content move on a schedule so the room settles at close without anyone touching anything, and staff get a small set of clearly labeled presets for exceptions. The calibration and the limits that keep you compliant sit behind credentials, because the fastest way to a complaint is a manager who found the master volume. Equipment goes into one enclosed, labeled rack, and in this city that rack is frequently in a cellar, which makes ventilation, moisture, and access real design questions rather than afterthoughts. Everything runs on a dedicated AV network rather than sharing bandwidth with your point of sale.
Why New York restaurants trust us with it
This city puts restaurants inside other people's buildings, in spaces smaller and older than anywhere else. Here is where our depth shows, and where our scope ends.
Owners often assume a complaint is about how loud the music is. Usually it is about which frequencies are getting into the structure, because everything above a few hundred hertz is stopped reasonably well by an ordinary floor and everything below it is not. That is why turning the system down often fails to solve it while costing you the room's energy. The real fixes are mechanical and electronic: decouple the subwoofers, place them where they are least likely to excite the structure, and set a limit in the processor that caps low frequency independently. Then the dining room can still feel alive at a level the building can live with.
Three local realities shape the build. The rooms are old, narrow, and hard, with tin ceilings, tile, and exposed brick that reflect rather than absorb, so speaker type and placement get chosen for the surfaces instead of a catalog default. The rooms are also small, which means a poorly placed speaker has nowhere to hide and coverage has to be modeled table by table. And the equipment usually lives in a cellar, so the rack gets ventilation, moisture protection, and enough clearance to be serviced, kept at or below 75 degrees, because temperature is the single most expensive variable in how long a system lasts.
Crunchy Tech started in 2008 as an AV support operation, which is an unusual origin for an integrator and the reason the systems get built the way they do. When you spend years fixing other people's work, you learn exactly where installations cut corners. That shows up in a rack you can actually service: fully enclosed, every cable labeled at both ends, power separated from audio and data. We have opened racks that looked fifteen years old after three months in an unventilated cellar, with dust caked on every surface. Around 47 percent of support tickets close inside an hour and roughly 72 percent within a day.
We do not install or operate cameras, we do not produce or edit video, and we do not run streaming as a service. We are not acousticians, and where a room's problem is the room rather than the system we will say so and tell you what a treatment specialist would need to do. We also generally do not take install-only work. If you already bought equipment we will look at it, but we need to understand the design first, and we will not put our name on a system that puts you at odds with your building.
What it earns back
In this city the cost of getting audio wrong is not only a quiet dining room. It can be a restriction you cannot design your way out of later.
Guests who cannot hear each other do not complain about the audio. They eat, decline dessert, and go, and in a small room with high rent per seat that is expensive fast. The other loss is larger and harder to reverse. A noise complaint that turns into a condition on your operation limits what the room can be for as long as you hold the lease, and no amount of equipment fixes it afterward. Designing for the building from the start protects the concept and lets the room run at the energy it was meant to have.
Most owners price AV like retail: a speaker costs a certain amount, so a room of speakers should not cost much more. Worth being plain about the gap, because the processor, the amplification, the isolation, and the control take a serious share of the budget before you buy a single speaker, and in New York those are exactly the parts protecting you. So we quote Good, Better, and Best against one design, per zone. Good is a real recommendation, not a strawman: even coverage, isolated low frequency, hard limits, scheduled states. If your budget is short of the room, we would rather value engineer it honestly.
What reaches them is not what you are hearing. Frequencies above roughly a few hundred hertz are stopped reasonably well by an ordinary floor assembly, so the music your guests notice mostly stays in the room. Low frequency is different. It travels through structure rather than air, and a subwoofer sitting directly on a slab couples into the building the way a tuning fork couples into a table. The tenant two floors up gets the bass line with none of the context, which is exactly the thing people find hardest to ignore. Turning the whole system down rarely fixes it and costs you the room. What fixes it is decoupling the subwoofers from the structure, placing them where they are least likely to excite it, and setting an independent low-frequency limit in the processor that holds no matter who is running the room.
Partly, and we would rather be straight about which part. A sound system can stop making the problem worse, and that is a bigger share of it than most people assume. Even coverage from more speakers at lower level means guests hear the program without the system adding to the noise floor, whereas a few loud speakers force everyone to raise their voices, which raises the noise floor, which makes the system get turned up again. Breaking that cycle changes a room noticeably. What a sound system cannot do is add absorption. If your surfaces are all hard and the ceiling is low, some of the loudness is the room itself, and the fix is acoustic treatment, which is a different trade. We are not acousticians and we will tell you when that is the honest answer rather than selling you more speakers to shout over the problem.
It matters a lot, and it is one of the most common reasons New York systems age faster than they should. Cellars hold damp air, they are frequently unventilated, and they are the first place water shows up in a coastal storm. Damp shortens the life of everything in the rack, dust insulates components so they run hotter, and heat is the single most expensive variable in how long a system lasts. So the rack gets ventilation, moisture protection, elevation off the floor, protected circuits with real surge conditioning, and enough clearance around it that a technician can actually work. Keep the space at or below 75 degrees. We have opened racks that looked fifteen years old after three months in an unventilated cellar. It is a cheap thing to get right at design time and an expensive one to correct after components start failing.
No. We are a design-build AV integrator. We do not install or operate cameras, we do not shoot or edit video, and we do not run streaming as a service. What we do is design the system around how the restaurant actually runs, procure the hardware, install it, calibrate it, train your staff, document all of it, and support it for the life of the system. Where a venue works with a production partner, we build the infrastructure that makes their job easy: clean audio feeds, documented signal paths, and a network engineered for the uplink. The content side belongs to specialists.
What We Do Here
Every system is designed, installed, and supported by our own team in New York City — never subcontracted.
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Just do it. Spend the money. It’s well worth it. It’s not worth your time, hassle, energy, and stress of trying to make it look right and do it right when there’s somebody who has been doing it for years and has perfected the craft.
Working with Crunchy Tech was a fantastic experience from start to finish. They handled the sale and installation of all our sound and TV equipment at The County Bar in Aviston, IL, and absolutely nailed it. We were on a very tight deadline, and they not only met it—they delivered top-notch quality and service the entire way. Highly professional, responsive, and easy to work with. We couldn't be happier with the results.
Crunchy has done an amazing job on our A/V install. The sound is perfectly balanced throughout our many zones and the entire system is super simple to use.
Just do it. Spend the money. It’s well worth it. It’s not worth your time, hassle, energy, and stress of trying to make it look right and do it right when there’s somebody who has been doing it for years and has perfected the craft.
Working with Crunchy Tech was a fantastic experience from start to finish. They handled the sale and installation of all our sound and TV equipment at The County Bar in Aviston, IL, and absolutely nailed it. We were on a very tight deadline, and they not only met it—they delivered top-notch quality and service the entire way. Highly professional, responsive, and easy to work with. We couldn't be happier with the results.
Crunchy has done an amazing job on our A/V install. The sound is perfectly balanced throughout our many zones and the entire system is super simple to use.
Tell us about the restaurant: the neighborhood, the square footage, what is above and beside you, whether your lease says anything about noise, where the equipment lives, and what guests say about how the room sounds. We will start with a consult to understand what you are trying to accomplish, then walk the room during a real service, and come back with one engineered recommendation instead of a parts list.
