Modern technology, engineered to disappear into a hundred-year-old house.

Original construction in this neighborhood used wood lath and plaster over stud bays not designed to be fished, brick chimneys and masonry party walls that block both physical routing and wireless signal, and — in many houses — balloon framing, where stud bays run uninterrupted from the foundation to the roofline. That last detail is a double-edged sword for integrators: it can offer a continuous vertical run for cable, but building code generally requires any new penetration through balloon-framed cavities to preserve or add fire-blocking, which a qualified installer needs to plan for rather than skip.

The other frequent surprise is how differently Wi-Fi behaves in these houses compared to a typical modern build. Wire lath under plaster acts almost like a metal screen, meaningfully attenuating wireless signal room to room. A single router placed centrally, which would cover most new-construction homes adequately, routinely leaves entire rooms of a Dilworth house with poor or no signal. The fix isn't a stronger router — it's a wired backbone feeding multiple access points distributed through the house.

Dilworth houses rarely have a purpose-built mechanical or equipment room, so rack placement has to be solved deliberately rather than assumed. A closet near the electrical panel is the most common choice, since it shortens the run to the service entrance for networking equipment and keeps AV wiring centralized. Basements are uncommon in this neighborhood's older housing stock, and attics are often unconditioned and hot, which makes them a poor choice for equipment that needs stable temperatures to run reliably over years.

Deciding rack location early in a renovation — ideally at the same time as the electrical panel location — determines how long and how complex every other cable run in the house will be, and it's a much cheaper decision to get right at the framing stage than to revisit once finishes are in.

Media rooms in these houses are usually built into a converted basement space where one exists, a finished attic, or a room within a rear addition, since acoustic isolation and equipment heat management are easier to control in newer construction than in an original front room. Wherever it's located, plan acoustic treatment and dedicated electrical circuits at the same time as the rest of the renovation's rough-in work.

Outdoor audio deserves specific thought in a neighborhood built on close lots and short setbacks. Directional or in-ground speakers aimed at your own patio, kept to a sensible default volume, work as a private amenity; landscape speakers broadcast more broadly toward neighboring porches and windows than most owners initially expect, which matters in a neighborhood where evening porch time is part of daily life.

A well-planned smart home system treats security as part of installation, not an afterthought. That means network segmentation between guest, personal and device networks, deliberate camera field-of-view planning that respects neighbors as much as your own privacy, and firmware update plans for devices that will otherwise quietly age out of security patches over the years you own the house.