One Network, Two Kinds of Home Audio Video | Home Theater Installations Serving Oakland Park, FL

More homes here sit in mid-rise buildings than in towers

Oakland Park has 19,193 homes, and 2,785 of them are in buildings of twenty to forty-nine units against 1,647 in buildings of fifty or more. That order is the reverse of what a coastal city usually shows, and it changes the shape of the problem. A mid-rise has shorter risers and a shorter journey from the equipment to the far end of a home, but the permission question is exactly a tower's, and the floor plate is often longer and flatter than either.

Long and flat is a coverage problem rather than a speed problem, and it is the one that gets misdiagnosed most often. A connection measured standing beside the access point looks excellent. The same connection three rooms away, through everything in between, is what a household actually lives with. In a home laid out along a floor rather than stacked on top of itself, one well-placed point is worth more than a faster one in the wrong place, and a wired path to a second is worth more than both.

The city divides almost exactly in half

The other half of Oakland Park is houses. Exactly 9,459 homes here are single-family and exactly 9,459 sit in a building of two units or more, with 275 manufactured homes making up the remainder. Very few places balance that precisely, and the consequence for anyone planning a system is that neither building type can be treated as the exception here. Both are the market.

The network fails in both halves, for opposite reasons. In the apartment the obstacle is what stands between the equipment and the far room and whether you are allowed to go through it. In the house the obstacle is distance, and a plan that spreads sideways rather than upward. The remedy is the same in each, which is the genuinely easy part of this: put a cable where a cable can go, put wireless where it cannot, and decide which is which while the ceilings are still open rather than after somebody complains about the back bedroom.

This is housing that is lived in, not visited

Only 899 homes in Oakland Park are held for seasonal, recreational or occasional use, and 17,303 of its homes are occupied. Housing at that occupancy is not asking a system to look after itself for a season and check in. It is asking it to work on an ordinary evening in August, when three people want three different things from it at the same time, and none of them is in the mood to be told the far end of the house is a known limitation.

Daily use is what turns network design from a specification into a service question. The parts that run continuously are the parts that eventually want attention, so whatever sits with the switch should be reachable without a ladder and a dust sheet, and the ports should mean something to somebody who did not install them. None of that costs anything while the design is on paper. All of it costs a morning afterwards.

Fewer than six households in ten own the home they are in

Oakland Park counts 9,756 owner-occupied homes against 7,547 rented ones. Where a property may change hands or simply change occupants, a system has a second audience, and the useful response is not to make it do less. It is that every function should have one obvious way to reach it, and that what was installed should be written down somewhere other than in a person's memory. The alternative is a capable system that the next household quietly narrows to the two things they can work out unaided.

The building stock reinforces that. No decade here built more than a fifth of the housing, and only 1,878 homes have been finished since the year 2000, so almost every project is a retrofit and almost every retrofit inherits whatever the previous one left behind. Finding out what that is takes an hour at the start, and it is an hour that regularly decides whether a route is available at all.

So the order here runs network first, which is not where most people expect a media project to begin. Establish where coverage has to reach and how it gets there, settle the routes and the openings that serve it, agree what is concealed, and let the displays, the speakers and the control surfaces follow from that. Get it the other way round and you end up with a system that works beautifully in the room where it was demonstrated.