Ethernet everywhere in your home. No dead zones, no Wi-Fi excuses.
We run Cat6 to every room that needs it: the home office, living room, bedrooms and media closet. A cable does not share airtime with the neighbors, so the connection stays steady, and nobody joins it from the hallway. We hide the runs inside the walls.
STEP 1 · Six Cat6 runs fished through the walls and ceilings, from the media closet to each room.
STEP 2 · Each run lands on a numbered panel port and on a wall jack with the same label.
STEP 3 · Fiber to the ONT, then the router, a PoE switch and the panel. Every room has its own cable.
Example layout. Every home gets its own drop plan at the walkthrough, and the enclosure size follows the number of drops.
Residential ethernet and cabling.
Every drop planned, routed, terminated, labeled and tested. Cable goes inside the walls, not stapled along the baseboard.
Home office wiring
A wired drop at your desk. Video calls stop dropping, and you stop competing with everyone else on the Wi-Fi, because your connection is on its own cable.
Whole-home ethernet
Cat6 to every room that matters: living room, bedrooms, kitchen and home theater. Every run comes back to one patch panel or media closet, so the whole system stays organized and easy to manage.
Gaming and streaming drops
Wired ethernet to the TV, game console or streaming box gives steady throughput that Wi-Fi cannot match, especially in NYC buildings where dozens of networks crowd the same channels.
Smart home infrastructure
A wired backbone for smart home hubs, NAS drives and other always-on devices. Taking them off Wi-Fi keeps the smart home responsive and leaves the wireless for phones and laptops.
Home theater wiring
HDMI, Cat6 and speaker wire run behind the wall for a clean home theater. No surface raceway unless you want one.
Clean concealed runs
Runs go inside walls and through ceilings. We use paintable raceway only where in-wall routing is not possible, and we tell you where before we start.
What a good termination looks like.
Most problems with a home network start in the last inch of a run. Step through how we land a Cat6 run on a jack.
SLOTS DRAWN IN PIN ORDER FOR CLARITY. REAL KEYSTONES SPLIT THEM BETWEEN TWO SIDES AND PRINT THE A AND B COLOR CODES ON THE JACK.
Strip the jacket
Fan out in pin order
Punch down and trim
Cap, label and check
We strip only as much jacket as the jack needs. The four pairs stay twisted inside, because the twist is what keeps crosstalk between them down.
Each pair untwists only at the very end and lays into its slot by the color code on the jack. We keep the twists to within 13 mm (0.5 in) of the slot.
An impact tool seats each conductor in its slot and trims the excess in the same stroke. Every conductor ends up fully seated, with no stray copper past the slot.
The cap locks the conductors in place. The wall jack and the panel port get the same label, D03 here, and a tester confirms the wiremap from end to end.
Every kind of NYC home.
Pre-war plaster, modern drywall, concrete. Each one routes differently, and we plan for it at the walkthrough.
Why Wi-Fi alone falls short in NYC.
Dense buildings are the hardest place for Wi-Fi. Every device on a channel, and every neighbor network on the same channel, shares the same airtime. Move the heavy users to cables and watch the channel.
Every wireless device and every neighbor network on the same channel takes turns with the same airtime. Brick and concrete weaken the signal on top of that, so the bedroom TV gets the worst of it.The TV, console and desk move to their own cables and stop using airtime at all. The Wi-Fi is left for phones and tablets, from a ceiling access point fed by its own cable.
We do not quote speed or latency figures for your home before we test it. Throughput depends on your plan, your equipment and your building. What a cable changes is that a wired device no longer competes for airtime with everything else on the channel.
Wi-Fi alone versus wired ethernet.
Wired ethernet removes the variables that make home Wi-Fi unpredictable in a city building.
From walkthrough to working drops.
Every residential cabling job starts with a walkthrough and ends with every drop tested.
Home walkthrough
We find which rooms need drops, plan the cable routes and pick a central point for the patch panel or media enclosure. You get a written price before any work begins.
Cable routing plan
We map the path through walls and ceilings and look for obstacles. In older NYC buildings we flag where routing is tricky and give you options.
Installation and termination
Cat6 pulled through the walls to each jack, terminated and labeled at both ends, and the patch panel installed and organized. Every penetration we make through a fire-rated wall or floor is fire-stopped.
Testing and handoff
Every drop tested for continuity and speed. Your router connected and checked, and a walkthrough so you know where every jack goes.
Common questions about home ethernet wiring.
Can you run ethernet cable inside the walls of my NYC apartment without major damage?
In most cases, yes. We use flexible drill bits and fish tape to route cable through the wall cavities. Pre-war plaster is harder to work in than drywall, and we plan for it. We walk your space before quoting and tell you plainly where a run may need a small access patch.
How much does home ethernet wiring cost in NYC?
It depends on the number of drops and how hard the routing is. A single home office drop is a small job. A whole-home project with several drops and a central patch panel is a bigger one. We price each job in writing after a walkthrough, because NYC apartments vary too much for a flat rate to mean anything.
Is it worth running ethernet if I already have good Wi-Fi?
For video calls, gaming or streaming 4K, wired ethernet is noticeably better. In NYC buildings with dozens of competing networks, a cable avoids the congestion entirely. If your Wi-Fi already does what you need, we will tell you so. We do not sell drops you do not need.
What category cable do you use: Cat5e, Cat6 or Cat6A?
Cat6 is our standard for homes. It carries 1 Gb/s to the full 100 m (328 ft), and 10 Gb/s only to about 55 m (180 ft), or as little as 37 m in tight bundles. That covers most runs inside an apartment or house. Cat6A makes sense for long runs, 10 Gb/s at full distance, or heavy PoE. Cat5e carries 1 Gb/s to 100 m, and 2.5 or 5 Gb/s in most installs, but for a new run Cat6 leaves more headroom.
Can you add ethernet to a room without opening the ceiling or cutting the wall?
Sometimes. It depends on how the building is built and where the run has to go. Apartments with drop ceilings or an open utility chase often allow it. Solid concrete construction may not. We assess this at the walkthrough, and we never quote a concealed run that is not actually possible.
Need cabling for an office or commercial space?
Ready to wire your home right?
Same-day quotes when we can. We walk your space, plan the drops and give you a written price.