A Greenwich framing walk tells you whether the AV scope was treated as architecture or as decoration. The clues are never dramatic. A TV wall has power but no backing. A shade pocket is too shallow by half an inch. A millwork elevation leaves nowhere for a Crestron TSW-1070. The rack lands in a storage closet with no return air and no wall space for a proper cable path.
That is why pre-wire matters in a luxury house. By the time Lutron HomeWorks QSX keypads, Palladiom shades, Sonance speakers, UniFi access points, and a Crestron CP4-R control system show up, the expensive decisions are already buried in framing, plaster, and cabinetry. At Cave Group, the calm projects are the ones where the AV pre-wire spec exists before the framing walkthrough. The electrical plan, reflected ceiling plan, elevations, and millwork package should all be telling the same story.
Start With Pathways, Not Products
Conduit is the cheapest insurance on the job
Cable types change. Pathways save jobs. A good pre-wire specification starts by identifying every location that can become expensive after finishes: primary TV walls, projector locations, motorized screen pockets, office desks, wireless access points, security cameras, touchpanels, gate intercoms, and any detached structure that may later want the same control and network experience as the main house. Each of those points should have a route back to an equipment location that does not depend on luck.
For a primary display wall, we usually want at least two Cat6A home runs, a spare data run, offset power, backing where the mount actually lands, and a one-and-a-half-inch to two-inch conduit with a pull string. If the room may someday take a larger panel or a DM NVX endpoint, the conduit matters more than the cable count. Projector locations deserve the same discipline, plus a second path to a recessed Screen Innovations screen pocket when the room needs projection. Blank conduits to accessible attic, basement, or crawlspace routes are what keep a finished stone wall from being opened three years later.
The rack room is part of the architecture
The equipment room is not leftover space. It is where the house keeps its nerve center. A Crestron CP4-R or MC4-R, DM NVX endpoints, UniFi gateway and switching, Sonance amplification, network storage, UPS capacity, and service loops all want height, airflow, power, and working clearance. If the house needs a smaller distributed processor, a DIN-AP4-R may live in an enclosure, but the main rack still needs to be treated like infrastructure, not storage.
That means conditioned air, real ventilation, dedicated power, lighting that lets a technician work, and wall space for vertical cable management or backboards. It also means thinking about sound. A rack next to a quiet sitting room is a bad trade. So is a rack buried in a staff closet where filters, coats, and luggage end up blocking airflow. The clean jobs give the rack room the same seriousness as the pantry and the laundry. Everyone uses those rooms. The technology room deserves the same respect.
Backing, boxes, and service access stop small mistakes from becoming finish damage
Luxury homes get hurt by tiny misses. A TV niche looks perfect until the stone fabricator realizes the mount bolts fall on hollow board. A touchscreen is specified after millwork is signed off, so the carpenter starts cutting into veneer. A shade pocket is closed with no service path to the power supply. A ceiling speaker lands on the same centerline as a supply grille. None of that is advanced technology. It is just coordination.
A workable pre-wire spec calls out blocking zones, recessed boxes, low-voltage ring locations, speaker rough openings, and service clearances before the room elevations are frozen. Invisible technology is never actually invisible to the framing crew. Sonance Invisible Series speakers, James custom millwork speakers, Lutron shade pockets, and Crestron touchpanels all take up real space. The only question is whether that space is acknowledged on paper or discovered by the field.
Put Lighting and Shading on the Architectural Set
HomeWorks QSX belongs in schematic thinking, not just trim-out
The easiest way to tell whether a house was designed with lighting in mind is what happens at dusk. Good rooms settle. Bad rooms flatten out. Lutron's December 9, 2025 Luxury Residential Trend Report put numbers behind what site walks already show: 94 percent of designers and architects said clients view lighting as highly important, and 47 percent said poor lighting can devalue high-end architecture [1]. That is not a decorative note. That is a planning issue.
In a serious residence, lighting and shades usually land on a Lutron HomeWorks QSX backbone with Palladiom keypads, Sivoia QS or Palladiom shades, and a fixture schedule that separates decorative loads from tuned architectural layers. Ketra D2 downlights, Rania D2 downlights, and Lumaris Tunable White or RGB + Tunable White tape light do not belong in the same line item bucket as a switched pendant. They want different power, dimming, access, and commissioning attention. If the keypad engravings, load types, and room scenes are still fuzzy after drywall, the spec was late.
Fixture intelligence changes the wire plan, not the need for planning
Lutron's February 3, 2026 Intelligent Lighting announcement matters because it shifts control intelligence into the fixture itself, reducing dependence on control wire and making re-zoning easier later [2]. That is real progress. It gives the design team more flexibility, especially in rooms where ceiling plans evolve late or where tuned light layers need to move with furniture and art. It also reduces some of the panel and wiring burden that used to scare teams away from more ambitious lighting design.
What it does not do is excuse vague drawings. Fixture-native intelligence still needs switched power, housing coordination, aperture discipline, service access, and a written plan for who owns final focus and scene programming. If the ceiling section is crowded with HVAC, speakers, trimless light, and slot diffusers, the technology does not solve the geometry. The drawings do. A luxury lighting system gets better when the pre-wire spec is precise enough that the electrical contractor, lighting designer, and integrator are all reading from the same document.
Shade pockets and keypad locations should read like millwork
Shades are often where an otherwise polished drawing set gives itself away. The window schedule covers width and height, but not pocket depth, glass setback, jamb conditions, hembar clearance, power location, or how the closure panel will be serviced after paint. In rooms with large glazing, that is not a small omission. It is the difference between a clean ceiling line and a pocket that has to be rebuilt.
The same goes for controls. A Lutron Palladiom keypad is architectural hardware. Treat it like hardware. Align it with casing lines, stone joints, and wallpaper breaks. If the room also gets a Crestron TSW-770 or TSW-1070 for whole-home control, decide which wall actually earns a screen and which walls should stay quiet. Do not let six unrelated devices pile up near the pantry door because every trade picked the same empty stud bay. Control should feel placed, not accumulated.
Treat the Network Like Core Infrastructure
Access point locations should be drawn, not guessed
The network is carrying much more than internet now. It carries control traffic, streaming video, cameras, intercom, music, remote service, and often the first clue that something in the house is failing. That is why wireless planning belongs on the reflected ceiling plan. Ubiquiti's April 2, 2026 redesign of UniFi Design Center is a useful sign of where the category has moved: imported floor plans, real-time access point and camera placement, coverage simulation, port mapping, auto-generated installer documentation, and even LiDAR-assisted modeling for field capture [3]. If the planning tools can spot blind spots before a device is installed, the project should not be waiting until trim-out to decide where the access points go.
In practice, that means every access point gets a Cat6A home run, every office gets hard data where the desk can really live, and every TV, touchpanel, and camera that can be wired should be wired. Wireless is for mobility, not for everything. New UniFi Wi-Fi 7 hardware makes outdoor coverage and dense client counts much easier to handle, but the better house still starts with hardwired access point locations, clean penetrations, and enough spare capacity to move an AP later without tearing into plaster.
Build a backbone that can carry AV, not just internet
This is where a lot of residential specs still lag behind reality. Distributed AV is increasingly a network problem, not just a video-cable problem. Ubiquiti's April 15, 2026 EAV switching launch added Precision Time Protocol clocking, sub-microsecond synchronization, and support for Dante, AES67, SMPTE ST 2110, and SDVoE-ready transport [4]. A Greenwich estate does not need to pretend it is a broadcast plant, but it does need a backbone good enough to carry more than web browsing and email.
That means Cat6A as the default copper language for primary endpoints and fiber between racks, remote telecom points, or outbuildings whenever distance or scope justifies it. It means thinking about switch placement early if the house is large enough to need secondary distribution. It means planning WAN and failover if the property expects real uptime. If a Peplink multi-WAN setup with cable and Starlink backup is part of the scope, the roof path, surge protection, and power all belong in the same early conversation as the access points and TVs.
Cameras, access, and monitoring live on the same low-voltage plan
Security usually exposes weak low-voltage planning because it touches the perimeter, the garage, the service entry, the gates, and the places architecture likes to keep visually clean. UniFi Protect G6 Pro bullets, domes, turrets, PTZs, or 360 cameras cannot be an afterthought. Neither can door stations, strikes, readers, leak sensors, and the alarm backbone behind Cave Guard 24/7. Deep Sentinel live video monitoring is a different layer than alarm monitoring, but both benefit from the same thing: disciplined pathways, power, and network design.
A good residential pre-wire spec treats these systems as neighbors. The camera location should already know where the soffit detail lands. The door station should already know where the millwork reveal falls. The alarm and network cabinets should already know where the electrician is giving them power. The systems may be different. The infrastructure is shared.
Decide Early What Should Disappear
Audio starts with the ceiling section
Audio design in a luxury home usually begins with a simple question: should the system disappear, or should it show some intent? Sonance Invisible Series, Sonance Visual Experience in-ceiling speakers, and James custom architectural solutions all answer that differently. The wrong moment to decide is after the plaster schedule is done. Speaker depth, back box needs, grille style, joist direction, lighting conflicts, and HVAC interference all belong on the reflected ceiling plan while the room is still editable.
A current example makes the point. Residential Systems' ISE 2026 coverage of Sonance's VX52R UTL highlighted a premium in-ceiling speaker with just 1.41 inches of mounting depth, built for cavities where conventional speakers simply do not fit [5]. That is useful product development, especially for renovation work or constrained assemblies. It is not a license to ignore section depth in a new luxury build. Rescue products are for rescue situations. New construction should be using the architectural freedom it still has.
Media walls need geometry, blocking, and ventilation
Every clean media wall is the result of a few boring decisions made early. Where does the mount land? Where does power go so it stays off the centerline? Which side is the conduit entering from? Is there enough recess depth for the panel and bracket without pushing the finish proud? Can the display be removed for service without destroying stone, veneer, or a plaster return? None of those questions are solved by a prettier screen.
If the house is using Crestron DM NVX to keep sources in the rack and distribute video over the network, that helps the architecture by reducing the need for long active video pulls to every room. It does not remove the need for pathways. Nor does it change the fact that TVs over fireplaces, slab stone, or flush cabinetry need backing and ventilation figured out before fabrication. The more minimal the wall looks in the final photography, the more exact the rough-in had to be.
The theater is its own discipline
A proper theater is not just a darker TV room. Once the room is built around a Kaleidescape Strato player, a Barco residential projector, a StormAudio ISP processor or Trinnov processing, dedicated amplification, and a real speaker system, the room stops behaving like the rest of the house. It wants acoustic isolation, cable pathways to projector and screen, quiet HVAC, correct sightlines, lighting zones that do not bounce off the screen, and enough electrical capacity where the subwoofers and rack actually land.
The most expensive theater mistakes happen when a room is labeled media room on the plan and everyone assumes the details can come later. They cannot. If the room may want a hush box, a recessed screen, a false wall, riser power, floor boxes, or a second rack position, the pre-wire spec has to say so while the framing crew can still act on it. Reference rooms built around L-Acoustics, Wisdom Audio, or TPI Sound go even deeper, but the principle is the same. Theater infrastructure is part of the room, not an accessory to it.
What A Working Pre-Wire Spec Actually Includes
A good specification is readable by the architect, the electrician, the low-voltage crew, and the millworker without translation. At minimum, it should say things like this:
- Provide a one-and-a-half-inch to two-inch conduit with pull string from every primary display, projector, and motorized screen location to an accessible path back to the serving rack.
- Provide Cat6A home runs to every wireless access point, touchscreen, security camera, door station, office location, TV wall, and audio endpoint that can be hardwired. No daisy chains unless explicitly detailed.
- Offset power at TV and touchscreen walls so devices, mounts, and back boxes do not compete for the same centerline.
- Coordinate a conditioned equipment room with rack elevation, dedicated power, UPS allowance, ventilation, and service clearances before framing is finalized.
- Separate lighting load types on the drawings so HomeWorks QSX, keypads, shade power, and tuned architectural fixtures are coordinated room by room, not inferred in the field.
- Draw shade pockets, closure panels, and service access for Sivoia QS or Palladiom shades with the same care given to trimless lighting details.
- Freeze speaker families early, whether Sonance Invisible, Sonance Visual Experience, James, outdoor landscape audio, or theater speakers, and verify cavity depth against framing and HVAC.
- Provide fiber backbone pathways between the main rack and any remote distribution point or outbuilding where scope, distance, or uptime expectations justify it.
The houses that feel effortless later are usually the ones that were unforgiving on paper early. When the lighting settles correctly, the shades land flush, the Wi-Fi holds at the terrace, the audio disappears into the architecture, and the control system feels calm, that is not luck. That is what was decided while the walls were still open.