Game-day AV for Salt Lake City sports bars. Sightline-mapped displays, genuinely separated audio zones for a room that carries two fanbases, out-of-market routing for ski-season crowds, and racks built for altitude and inversion.
A downtown room fills on rivalry weekend with Utah fans on one side and BYU fans on the other. Both crowds want to hear the call, and both are shouting over each other. By the second half the volume is a fight nobody wins, the middle of the room cannot hear anything, and a manager is walking the floor turning knobs. Add a ski week and half the room wants a game from somewhere else entirely. Most systems here were built to put a picture on a lot of screens, which was never the hard part.
We design Salt Lake rooms around separation. Sightlines get mapped from four places people actually sit before any equipment is chosen, then audio is split into real zones on a digital signal processor so one side carries a Utah crowd while the other holds its own. Source distribution puts any game on any screen from a tablet, which matters more here than in a single-team town because your winter crowd arrives from everywhere. The rack gets sealed, filtered, and cooled, because thin dry air and valley inversion are hard on equipment.
From arena crowds downtown to neighborhood rooms in Sugar House and ski-town bars up the canyon, we build sports bar AV that carries every fanbase in the room, with every screen on the right feed and every zone at the right energy.
Thin dry air carries heat away less effectively, so amplifiers and processors run hotter here than the same gear does at sea level and ventilation gets sized with real headroom.
Valley inversion holds fine particulates in the air for weeks, which loads up filters and cooling fans, so enclosures are sealed and filtered with a real service interval.
Outdoor mounting and enclosure selection account for snow load and the weight of ice, and patio gear is weather-rated rather than carried outside from indoors.
Outdoor screens run high brightness with an ambient light sensor, so they lift at midday under strong mountain sun and dim down at night instead of running flat out.
How we work
We do not start with a screen count. We start with how many fanbases the room has to carry at once, and whether every seat can see and hear the game it came for.
Most disappointing game-day rooms were quoted off a floor plan by someone who never sat in the back booth. 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. In Salt Lake that conversation has an extra question, which is how many fanbases the room has to carry at the same time. Then we walk it, ideally during a rivalry weekend or a Jazz night, and measure sightlines from four places guests actually sit: the bar-top, the high-tops, the booths with the worst angles, and the standing overflow that only exists when the room is full. That last zone is the one most vendors skip, and it is the one that costs you on the weekend that matters.
The other way these go wrong is that nobody sees the outcome until it is built, then wants it changed a season later. So you see the design before you commit to equipment, including the view from the seats you were worried about and where the audio zone boundaries fall. Control gets programmed around the modes you actually run, so a rivalry Saturday, a Jazz weeknight, and a quiet ski-season afternoon are presets rather than arguments. One team handles the install, calibration, staff training, and documentation, and coordinates with your electrician and low-voltage trades. Before the season we build a game-day runbook with your GM and lock the admin settings so nobody breaks it during a rush.
What we build
A game-day room is a handful of systems working as one. Here is what we design, program, and install, all of it built off your sightline map.
The hardest audio problem in this city is not volume, it is separation. Two fanbases in one room both trying to hear the same call end up shouting over each other, and turning the master up makes it worse for everyone. Bad sports bar audio usually starts with speakers mounted without accounting for direction, height, and room surfaces, often run around the perimeter so the middle has no coverage and the edges are too loud. So the system runs in real zones on a digital signal processor, each tuned for its job: one side carrying a Utah crowd, the other holding its own, the bar still workable for ordering. Zone boundaries follow how people actually cluster, not even spacing. Anything on a patio is weather-rated and on its own zone, because indoor speakers do not survive a Wasatch winter.
A television on a wall is not a sports bar. A screen should be a content source placed where people can actually watch it. Indoor displays are commercial grade and sized off the four sightline zones, with resolution driven by how close the nearest seats really sit, and placed to handle the hard mountain light that comes through a west-facing window in the afternoon. Where one screen cannot carry the room, a video wall does the work: one large image for a Jazz playoff night, or split into a grid so the room reads several games at once on a college Saturday. Outside, patio screens get high brightness with an ambient light sensor so they lift at midday and dim at night, sealed enclosures, and mounting rated for snow load.
The part nobody sees is the part that fails at the worst moment. Content moves over an audiovisual network so any source reaches any screen without lag or signal drop, with matrix switching so you can route any game to any zone, all at 4K. Routing matters more here than in a single-team market, because a ski week fills the room with visitors who want a game from home. Satellite, cable, and streaming sources get consolidated into one clean rack instead of a pile of boxes behind the bar, with scheduling so nobody misses a tip-off. Digital signage earns its keep between whistles, with menu boards you update live and displays carrying scores. All of it runs on a dedicated AV network rather than sharing bandwidth with your point of sale, which is the most common reason a wall freezes during a rush.
Why Salt Lake City sports bars trust us with it
Salt Lake asks two things of a system that most markets do not: hold two fanbases in one room, and survive a valley that is unusually hard on equipment. Here is where our depth shows, and where our scope ends.
Sightline mapping is what separates a real sports bar from a restaurant with televisions. The booths are usually the worst seats in the building because of walls, partitions, and adjacent booth backs, so we model them individually rather than treating the room as uniform. In Salt Lake there is a second layer, because a room that has to hold two fanbases needs its viewing areas and its audio zones drawn together rather than separately. Put the wrong screen at the boundary of a zone and you have a table listening to one game while watching another. Watch for people craning their necks or leaning in to hear, and you are watching a design failure. Get the angles and the boundaries right and the room fills its own seats.
Crunchy Tech started in 2008 as an AV support operation, which is a strange origin for an integrator and the reason the systems are built the way they are. When you spend years fixing other people's work, you learn exactly where installations cut corners. That shows up in a rack you can service: fully enclosed, every cable labeled at both ends, power separated from audio and data, so someone opening it three years from now can follow every run without guessing. Most of the cost of a bad AV install is not the install, it is everything that has to happen later because nobody can find anything. Around 47 percent of support tickets close inside an hour and roughly 72 percent within a day, usually without sending anyone to the venue.
If you understand the environment, you understand the equipment. Thinner dry air at this elevation carries heat away less effectively, so amplifiers and processors run hotter than the same gear does at sea level. Then the valley inversion holds fine particulates in the air for weeks in winter, and those load up filters and cooling fans fast. So enclosures get sealed and filtered, ventilation is sized with real headroom, and a service interval is written into the handover. The AV room needs cooling to hold at or below 75 degrees, or a rack cooks itself and collects dust. We have seen racks look a decade old after a few months. Outside, mounting accounts for snow load, and outdoor work carries a higher budget and a shorter lifecycle.
What it earns back
A sports bar AV system is not a cost line. It decides what your biggest weekends are worth. That shows up in two places: the seats you can finally sell, and how you scope the spend.
A seat nobody can watch the right game from sits empty on the day you most need it full, which is the whole reason we map sightlines first. In a market where one weekend can carry a month, that empty back third is expensive. Fix the angles, the glare, and the audio boundary nobody could hear across, and the room turns over all the way to the wall. The second lever here is the visitor calendar. Ski season brings people who will stay for a game from their own city if you can put it on a screen near them, and leave if you cannot. Between games the same screens run signage that moves menu items instead of sitting dark on a slow Tuesday.
Most owners price AV like retail: twenty televisions cost a certain amount, so twenty screens on a system should not cost much more. Worth being plain about the gap, because the rack, distribution, and control take a serious share of the budget before you buy a screen or a speaker. So we quote Good, Better, and Best against one design, per zone, so your dining floor can be Good while your main viewing area is Best. Good is a real recommendation, not a strawman: one room watchable from every seat, zoned audio, tablet control. Better usually adds the second real audio zone and the patio, which in this market is where the math tips. If your budget is short of the room you are describing, we would rather value engineer it honestly than sell you something you will be babysitting.
By treating it as a zoning problem instead of a screen-count problem, which is where most rooms go wrong. Adding televisions does not help when both crowds are fighting one master volume, so the first move is drawing the viewing areas and the audio zones together as one design. Each side of the room gets its own zone on a digital signal processor, tuned for its own coverage, so one crowd can carry a game without drowning out the other and the tables in the middle are not left with nothing. Zone boundaries get placed off the way people actually cluster in your room, not spaced evenly along the walls, because a table that sits on a boundary ends up hearing one game while watching another. The screen layout then follows the same lines, so what a seat hears matches what it sees. We map that during the consult and confirm it on a site walk, ideally on a rivalry weekend, because a quiet Tuesday tells you very little about how your room actually splits.
It depends on the indoor and outdoor scope, how many audio zones you need, the size and resolution of any video wall, and the size of the venue. The honest starting point most owners are not expecting: the back-end rack, distribution, and control take a serious share of the budget before you have bought a single screen or speaker. From there we quote three tiers against the same design. Good gets a single room watchable from every seat with zoned audio, source distribution, and tablet control. Better usually adds the second real audio zone and the patio, which in this market is where the return tends to tip, because separation is what a split room is actually paying for. Best layers in video walls, signage, and integrated control for a flagship. We quote it per zone, so your dining floor can be Good while your main viewing area is Best. If the budget is short of the room you are describing, we will tell you and value engineer it rather than sell you something you will regret.
Yes, and it is one of the few genuinely regional engineering differences in this trade. Thinner dry air at this elevation moves heat away from components less effectively, so a rack that would run comfortably at sea level runs warmer here, and heat is the main thing that shortens the life of amplifiers and processors. The inversion adds the second half of the problem, because fine particulates sit in the valley air for weeks at a time in winter and get pulled straight into any enclosure that breathes room air. Filters clog, fans work harder, and internal temperatures climb again. So we specify sealed and filtered enclosures rather than open racks, size ventilation with headroom instead of to the minimum, and write a filter and service interval into the handover documentation so it actually gets done. The AV room itself needs cooling to hold at or below 75 degrees. Without it a rack cooks itself and collects dust, and we have seen racks look a decade old after a few months.
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 build the infrastructure that supports whatever streaming or recording you choose: clean audio feeds to your partner's encoder, documented signal paths so a videographer knows exactly where to plug in, and a dedicated network engineered for the uplink. We design the system around how the bar 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. The content and streaming side belongs to specialists, and our job is to make their job easy.
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Every system is designed, installed, and supported by our own team in Salt Lake 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.
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Read article arrow_forwardTell us about the venue: the neighborhood, the square footage, the indoor and patio split, which fanbases you have to carry at once, and what breaks on a peak game day. We will start with a consult to understand what you are trying to accomplish, then walk the room, ideally during a rivalry weekend, and come back with one engineered recommendation instead of a parts list.
