Custom Entertainment Walls & Media Centres

The three problems a television creates

Most media walls fail for the same reasons, and none of them are aesthetic.

The first is heat. Amplifiers, receivers and game consoles generate real heat, and a closed cabinet without airflow will cook them. Manufacturers publish clearance requirements that a shallow decorative cabinet cannot meet, and thermal shutdown or shortened equipment life is the predictable result.

The second is cabling. A modern setup runs power, HDMI, network and speaker cable, and those cables need to get from the equipment to the screen without being visible. Retrofitting that after the drywall is closed means either surface-mounted trunking or opening the wall again.

The third is proportion. A 75-inch television is roughly 1.7 metres wide. Mounted on a bare wall it is the room. Surrounded by cabinetry of the right scale, with the right amount of visual weight beneath and beside it, it recedes into a composition. This is the part that is genuinely hard, and it is decided at the drawing stage.

What a properly engineered media wall includes

A ventilated equipment bay

Passive venting through a rear or plinth opening at minimum, with a convection path from low to high. Where equipment load is heavy, a thermostatically controlled quiet fan. Doors, if fitted, are either vented or IR-transparent so remotes still work.

Conduit, not just holes

A smooth-walled conduit run between the equipment bay and the screen position lets cables be replaced later without opening anything. Standards change; conduit is how you avoid rebuilding the wall when they do.

A rated mounting substrate

A large television on an articulating arm exerts substantial leverage. Backing must be structural — blocking between studs or a plywood substrate — sized for the specific mount and screen, not fastened optimistically into drywall anchors.

Power in the right places

A receptacle behind the screen and a switched circuit in the equipment bay, installed by a licensed electrician. Running an extension lead inside a wall cavity is both a fire risk and a code violation.

Considered lighting

Warm dimmable LED behind or above the screen reduces the contrast between a bright display and a dark wall, which measurably reduces eye strain in a dark room. Integrated shelf lighting does the same job for display niches.

Storage that suits the household

Closed cabinetry below for the things you do not want on display, open shelving above for the things you do. The ratio is a household decision, and most people underestimate how much they want hidden.

Screen height: the mistake almost everyone makes

Televisions are routinely mounted too high, usually because they are centred above a fireplace. The comfortable viewing position puts the centre of the screen near seated eye level, which for most people is 1000–1150mm from the floor.

These are comfort guidelines for a seated viewer at typical living-room distance, not manufacturer specifications. Sofa height and viewing distance shift them. If a fireplace forces the screen higher, a tilting or pull-down mount recovers much of the comfort.

Television above a fireplace: the honest answer

This is the single most common request and the one that needs the most candour. It can be done well, and it is frequently done badly.

The two real constraints are heat and height. Heat is manageable: a properly detailed mantel shelf or a projecting hood deflects the rising plume away from the screen, and the manufacturer’s stated clearance above the appliance is a hard number, not a suggestion. Any competent installation respects it, and for a gas appliance the installation must comply with the manufacturer’s listing and Alberta gas code requirements.

Height is the harder problem, because a firebox plus a mantel usually puts the screen well above comfortable viewing level. If the room is genuinely a media room, the better answer is to separate the two — screen on an adjacent wall, fireplace as its own feature. If the room is primarily a living room where the television is used occasionally, the compromise is reasonable, and a tilting or pull-down mount helps considerably.

We will design either. What we will not do is quietly build a configuration we know will be uncomfortable to watch without telling you first.

Sequencing: why the order matters

Media walls involve more trades than most carpentry. Getting the sequence wrong is the main cause of cost overruns.

1. 1
   Design and equipment list firstThe cabinetry cannot be drawn until we know the screen size, the equipment, and whether a fireplace is involved. Every dimension follows from that list.
2. 2
   Rough-in before drywall, wherever possibleElectrical, conduit, blocking and any low-voltage runs go in while the wall is open. On a renovation this means coordinating with the drywall stage; on new construction it means being involved before boarding.
3. 3
   Fireplace installation and inspectionWhere a gas appliance is part of the project, it is installed and inspected by the appropriate licensed trade before surrounding millwork is fitted. Framing clearances are set by the appliance listing.
4. 4
   Cabinetry installationCarcasses, face frames and panels installed, levelled and scribed.
5. 5
   FinishingFill, caulk, sand and finish coats — the stage that turns separate components into one continuous object.
6. 6
   Screen mounting and commissioningMount fitted to structural backing, cables pulled through conduit, equipment installed, doors and lighting adjusted.

Bring this to your consultation

• The exact screen model, or its width and weight if you have not bought it yet.
• A list of equipment that must live in the cabinet, including anything you plan to add.
• Whether a fireplace is existing, planned, or not part of the project.
• Whether speakers are freestanding, in-wall, or a soundbar.
• Where the seating is, and how far it sits from the wall.
• Whether the room is used mainly for television or mainly as a living room.
• Any existing trim or cabinetry the unit should relate to.