AV technology for fine dining and chef-driven concepts.

What this looks like in the field: Time Out Market Manhattan.

Team Electric called us with less than a week before Time Out Market opened on 14th St in Manhattan. The Loxone lighting control was in place but it had been programmed for a different operator and a different floor plan. The space had been changed for Time Out. The scenes did not match the new room. The day-to-day operator interface was not where the management team needed it. The clock was running.

We walked in, re-zoned the entire facility into 15 lighting zones, built scenes for every operating mode (morning prep, lunch, dinner, late-night, post-close cleaning, private event), set up Loxone keypads throughout plus phone and house iPad control, and password-protected the scene editor so the management team could edit scenes themselves without calling us. They opened on schedule with the full lighting operational. Years later we are still the call when something needs to happen on that system. Recently they reached out to recover a password for a new device; because we document everything, we pulled the documentation, recovered the password over the phone, and verified the system remotely in moments. Nothing had been tampered with.

That is what a hospitality client is supposed to get from an integrator. Read the full Time Out Market case study.

The decisions you have to make.

Every restaurants project comes down to a handful of real decisions made early. Owner, GM, F&B director, and integrator all need to be in the same room before drawings get stamped. Wait, and the easy answer becomes the expensive one.

• Acoustic coverage. Fine dining rooms need even, low-profile coverage that supports conversation at moderate levels without hot spots or dead zones. The trade-off is between discreet aesthetics and enough output to overcome kitchen noise, bar bleed, and hard finishes; under-speccing leads to complaints, over-speccing leads to fatigue and a less luxurious room.
• Lighting scene control. Lighting often matters as much as sound because it shapes perceived value, plate presentation, and the transition from lunch to dinner to late seating. Operators have to choose between simple scene presets that staff can learn quickly and more granular dimming/tuning that requires better programming and training.
• Zoning and operational flexibility. Chef-driven concepts frequently need separate control for dining room, bar, private dining, patio, entry, and event modes. More zones increase programming cost and complexity, but they let the venue change atmosphere by service period and protect the dining room when a private event or live music is added.
• User interface and staff workflow. The system has to be operable by hosts, managers, and shift leaders who are not AV technicians. A simpler interface reduces errors and service interruptions, while a highly customized interface can improve consistency if the operator commits to training and standard operating procedures.
• Network architecture. Modern AV, lighting gateways, streaming sources, signage players, reservations, and security all depend on the network. Treating networking as secondary can create instability, but investing in managed switching, VLANs, and clean rack design improves uptime and makes future expansion much easier.
• Aesthetics and concealment. In luxury dining, visible hardware can undermine the room design, so speakers, touchpanels, sensors, and access points should be concealed or visually matched. The trade-off is that better concealment usually costs more in design time, labor, and coordination with millwork, plaster, and lighting trades.
• Integration depth. Some operators want only standalone audio and lighting; others want POS triggers, reservation-aware scenes, IPTV, or centralized management across multiple venues. Deeper integration increases initial programming and testing cost, but it can reduce labor and create a more consistent guest experience.

What this actually costs.

Cost depends on the room count, the scope of work, the cable path, and the level of finish. Here is what we see on real NJ, NY, and CT hospitality projects, scoped from actual jobs. Every number assumes a designed system, professional install, calibration, training, and documentation. Not a bill of materials pulled from a catalog.

The most common mistakes.

These show up over and over in projects we inherit from other firms or from venues that tried to coordinate the work themselves. Catch them at the design stage and the project costs less, finishes faster, and serves members or guests the way ownership intended.

• Specifying residential or consumer gear in a commercial dining room. It may look inexpensive at bid time, but it usually fails sooner under heat, humidity, daily use, and constant power cycling, and it can be hard to support when service is urgent.
• Ignoring acoustics until after finishes are selected. Hard surfaces, open kitchens, glass, and tall ceilings can make even good speakers sound bad, so the room should be modeled and tuned before finalizing ceiling, millwork, and trim details.
• Underbudgeting conduit, cable pathways, and rack space. Luxury projects often spend heavily on visible finishes and then discover that the hidden infrastructure needs extra cores, sleeves, pathways, cooling, and service clearances to function properly.
• Choosing the wrong system class for the venue type. A background-music solution is not enough for a restaurant that hosts events, chef's table experiences, or live performances, while an overbuilt enterprise platform can waste budget in a simple room.
• Skipping commissioning and tuning. Even good hardware performs poorly if gain structure, zone EQ, scene timing, and user presets are not set correctly, and operators usually blame the system instead of the setup.
• Treating the network as an afterthought. Audio-over-IP, control processors, touchpanels, streaming, and signage all need a stable network, and consumer Wi-Fi gear or flat networks create outages and mysterious latency issues.

The brands and platforms that actually serve hospitality.

Most of what gets sold as "commercial" at the box-store level does not survive a real hospitality environment. These are the platforms we specify and stand behind because they hold up over ten and fifteen year service lives in venues that run seven days a week.

• Crestron. A control and integration platform that can tie together audio, lighting, shades, video, and room control from a centralized interface. It fits best in higher-end hospitality projects where the operator wants one control layer across multiple spaces and expects customization and remote management.
• QSC. Strong in commercial audio, DSP, amplification, and networked control through Q-SYS. It fits hospitality projects that need scalable audio zoning, paging, voice lift, event flexibility, and reliable management from a single platform.
• Biamp. Widely used for distributed audio, DSP, and control in commercial spaces, especially where speech intelligibility and zoning matter. It is a good fit for dining rooms, private dining, lounges, and mixed-use hospitality spaces that need clean, programmable audio.
• Shure. Best known for microphones and wireless audio, including live vocal, presentation, and event use. In hospitality it is relevant when the venue hosts chef demos, tastings, private events, or performance programming that requires reliable wireless microphones.
• BSS. A Harman commercial audio and DSP brand used for routing, processing, and zone control. It fits restaurants and clubs that need a flexible commercial audio backbone, often alongside JBL Professional loudspeakers.
• Bose Professional. Common in hospitality for discreet loudspeakers, processors, and zone-based sound design. It fits restaurants that want smooth background music coverage and a visually quiet install.
• JBL Professional. A broad commercial loudspeaker and amplifier ecosystem with options for background music, foreground sound, patios, and event spaces. It is often used when the operator needs scalable audio quality and strong coverage across multiple hospitality zones.
• Sonos for Business. Best suited to smaller hospitality deployments that need simple zone playback and easy user control, not deep integration or high-complexity system design. It can be appropriate for low-risk background music in compact venues, but it is not the first choice for premium, highly integrated restaurant projects.

How this integrates with the rest of the operation.

A real hospitality venue is one operation, not seven systems. Whatever scope you are reading about here touches the POS, the reservation platform, the kitchen display, the lighting, the BMS, the security layer, and the network. The integrator's job is to make those handoffs invisible to staff and guests.

POS. Audio scenes or volume behavior may need to change by service period, event mode, or floor usage, and some operators want POS-linked triggers for open/close states or private dining modes. Reservation systems: Bookings can inform room readiness, lighting scenes, or private dining preparation, especially in concepts with chef's table rooms or multiple seating waves.

BMS. Lighting, shades, HVAC, and energy management often touch building management systems, particularly in larger clubs, hotels, or mixed-use properties. Life safety: Any audio, signage, or control scope must avoid interfering with fire alarm, emergency paging, egress, and code-required notifications.

Lifecycle, maintenance, and what to expect over ten years.

Year 1: Expect tuning adjustments after opening because the room behaves differently once it is full of people, tables, textiles, glassware, and staff movement. This is also when operators usually discover interface issues, zone balance problems, and whether the rack is serviceable without disrupting dinner service. Year 3: Plan for firmware updates, network review, battery replacements in small control devices, and recalibration of lighting scenes as the concept evolves. Hospitality systems also start showing the effects of daily wear from cleaning, grease, humidity, and accidental damage near bars, kitchens, and patios.

NJ, NY, and CT-specific considerations.

New Jersey ABC rules matter when the project affects bar operations, alcohol service hours, or event activation around licensed areas, so the AV/lighting plan should be coordinated with the operator's liquor compliance posture and municipal ordinances. New York projects can trigger Department of Health or local board of health review when the scope intersects with spa, wellness, or food service areas, so lighting, audio, and networking should be coordinated with the broader facility use rather than treated as isolated systems.

The Restrepo method on a hospitality project.

Every hospitality project we run follows the same six steps, whether it is a single dining room refresh or a full clubhouse rebuild. We walk the venue. We sit down with the owner, the GM, the F&B lead, and the GC. We write a real scope - not a sales sheet - and we put real numbers against it. We coordinate the rough-in during construction, the trim during finish, and the calibration during commissioning. Then we hand over a documented system, train the staff, and stand up a 24/7 direct line to the engineer who built it.

1. Walkthrough. We come to the venue, look at what is there or what is planned, and listen to how the operation actually runs. No charge, no obligation, no canned report.
2. Design coordination. We meet with the GM, F&B, ownership, architect, GC, and IT. We bring the documentation. We solve the conflicts on paper before they cost real money or service hours.
3. Scope and proposal. Itemized equipment, itemized labor, itemized programming, itemized training. Mike Restrepo signs every quote that goes out the door.
4. Rough-in. We pull cable in conduit, set back boxes, and document every run. The electrician, the GC, and the kitchen install team know what we are doing because we have already talked.
5. Trim and commissioning. We install the finished gear, program the scenes, calibrate to industry standards, and train the team that will run it. We do not call it done until staff can operate it without us in the room.
6. Documentation and care. We hand over a full systems binder, label every rack, and put the venue on our care plan. 24/7 direct line to the on-call engineer, not a call center.

Why hospitality operators in NJ, NY, and CT call Restrepo.

Restrepo Innovations is an Elite Pro Crestron Dealer and HTA Luxury Certified integrator based in Franklin Lakes, NJ. We work across Bergen, Essex, Morris, Somerset, and Monmouth counties in New Jersey; Westchester, Manhattan, the Hamptons, and the Hudson Valley in New York; and Fairfield and Litchfield counties in Connecticut. Mike Restrepo runs every project. The same team that designs the system installs it, programs it, trains your staff, and services it. There is no hand-off to a sub-dealer. There is no call center between you and the engineer who built your venue. That is the whole reason the firm exists.

Frequently asked questions.

Related reading.

• Time Out Market Manhattan case study: less-than-a-week Loxone lighting reprogram on 14th St
• Private dining and event venues
• Corporate dining and executive cafes
• All hospitality services