The short version
Concealing the cables behind a wall-mounted TV or AV setup is what turns it from a device with wires hanging down into something that looks built-in. The signal cables — HDMI, network, speaker — can be routed inside the wall to a recessed box behind the display, but power is different: a standard power cord must never be run inside a wall. Power is handled with a recessed outlet behind the display or an in-wall rated power solution, which keeps the installation safe and to code.
The work itself is fishing cable through a finished wall, and how hard that is depends entirely on what is inside it. An open stud cavity is quick; fire blocking, insulation, a masonry or metal-stud wall, or a fireplace structure can stop a fish tape and change the approach. Where a clean in-wall path genuinely isn't available, a paintable surface raceway is the honest alternative.
In-wall signal, recessed power, fishing, and honest fallback
Signal cables — HDMI, network, speaker — can be concealed in-wall to a recessed low-voltage box behind the display, with in-wall-rated cable where the run passes through the cavity. Power is the part that has rules: a standard cord is never run inside a wall. Instead, a recessed outlet is installed behind the display, or a rated in-wall power relocation kit is used, so the TV's power reaches a hidden, code-compliant outlet rather than a buried cord.
Fishing is the craft. Getting cable from behind the display down to the outlet or equipment position means working around whatever the wall contains — fire blocking that must not be compromised, insulation, bracing, or a masonry or metal-stud construction that changes the method. A service loop is left so the cables can be worked on later without opening the wall again.
The honest part is knowing when there's no clean path. Where fire blocking, a fireplace structure, or the wall's construction genuinely prevents a tidy in-wall run, a paintable surface raceway or a small, planned-and-patched access point is the right answer — rather than forcing a route that damages the finish or the wall's fire integrity. That conversation happens before anything is cut.
- Signal cables concealed in-wall to a recessed box behind the display
- In-wall-rated cable where it passes through the cavity
- Power via a recessed outlet or a rated relocation kit — never a cord in the wall
- Cable fished around fire blocking without compromising it
- A service loop left for future work without reopening the wall
- A paintable raceway or planned access point where no clean path exists
Who this work is for
Cable concealment is one of the most-requested finishing touches on a mounted display.
- Wall-mounted TVs with cables to hide
- Soundbar and AV setups needing a clean look
- Fireplace and feature-wall installations
- Offices and conference rooms concealing display cabling
- Any finished space where a built-in look matters
What tends to go wrong
The unsafe shortcut is running a standard power cord inside the wall to hide it — which is against code and a genuine hazard. Power is concealed correctly with a recessed outlet behind the display or a rated in-wall power kit, which relocates the outlet cleanly rather than burying a cord.
The practical problem is what the wall contains. Fire blocking, insulation, bracing, a masonry or metal-stud construction, or a fireplace flue can interrupt the cavity so a fish tape won't pass, and forcing it risks the finish or the wall's fire integrity. Knowing what's likely inside — and having an honest fallback when there's no clean path — is what keeps the job tidy rather than damaging.
- A standard power cord run inside the wall — unsafe and against code
- Fire blocking or bracing stopping the fish tape partway
- Insulation, masonry, or metal-stud walls complicating the path
- A fireplace flue or structure blocking a straight run
- Access cuts made without a plan to patch and paint them
- No fallback when a clean in-wall path genuinely isn't available
How the work runs
Concealment is planned around the wall before anything is opened.
- Confirm the wall construction and what the cavity likely contains
- Plan the signal path and the recessed power solution
- Agree any access cuts and their patch-and-paint before cutting
- Install the recessed box and power solution
- Fish the signal cables, working around blocking and bracing
- Leave a service loop and dress the connections
- Confirm a clean result with nothing visible, and patch as agreed
What changes the scope
Scope depends on the wall and the run.
- Wall construction: drywall, masonry, metal stud, or fireplace
- Fire blocking, insulation, and bracing in the cavity
- Distance from the display to the outlet or equipment
- Whether a recessed outlet must be added
- Number of cables to conceal
- Finish expectations and any patch-and-paint
What drives the cost
Wall construction and the power solution drive the cost.
- Wall construction and cavity contents
- Recessed outlet or rated power-relocation kit
- Distance and number of cables
- Any access cuts and their patch-and-paint
- Surface raceway where no in-wall path exists
- Whether it is bundled with a TV or soundbar mount
Testing and verification
Concealment is judged by a clean result and a safe, code-compliant power path.
- No cables or cords visible from the room
- Power confirmed via a recessed outlet or rated kit, not a buried cord
- Signal confirmed through the concealed cables
- Service loop confirmed for future access
- Fire blocking confirmed intact and not compromised
- Any access cuts patched and finished as agreed
Common mistakes
Concealment goes wrong on power and on the wall's contents.
- Running a standard power cord inside the wall
- Forcing a fish tape past fire blocking and damaging the finish or wall
- Not planning patch-and-paint before cutting access
- Leaving no service loop for future work
- Assuming a clean path exists without checking the construction
- Compromising the wall's fire integrity to hide a cable
Honest limitations
These are the boundaries of what this service can do, stated up front rather than discovered later.
- Power must use a recessed outlet or a rated in-wall solution — a standard cord in the wall is unsafe and against code.
- Some walls — fire blocking, masonry, or a fireplace structure — genuinely have no clean in-wall path; a raceway or planned access point is the honest alternative.
- Access cuts may be needed and require patching and paint, agreed before work starts.
- Fire-rated assemblies must not be compromised; concealment works within the wall's construction, not against its safety.
Frequently asked questions
Can the power cord be hidden in the wall too?
Not the standard cord — running one inside a wall is against code and a genuine hazard. Power is concealed correctly with a recessed outlet behind the display or a rated in-wall power-relocation kit, which puts the outlet where the TV needs it without burying a cord. The signal cables can go in the wall; power is handled the right way.
Can any wall have its cables hidden?
Most can, but not all cleanly. An open stud cavity is quick; fire blocking, insulation, masonry, metal studs, or a fireplace structure can stop a fish tape and change the approach. Where a clean in-wall path genuinely isn't available, a paintable surface raceway or a small planned-and-patched access point is the honest alternative — decided before anything is cut.
Will you have to cut into the wall?
Sometimes a small access cut is needed to route around blocking, and if so, its patching and paint are agreed before cutting. Often the cable can be fished from behind the display to a recessed outlet with no visible cut at all. Either way, the finish is treated as part of the job.
Is this usually done with a TV mount?
Very often — concealing the cables is what completes a wall-mounted TV or soundbar, so it is commonly done in the same visit as the mount. It can also be done on its own to clean up an existing installation where the cables were left hanging.
