Clean cable runs that pass the test the first time.

What it is

Low-voltage cabling installed during the construction phase — the "rough-in" stage, before drywall, ceilings, and flooring go in. It's the hidden backbone every wired outlet, camera, access point, and phone in the building will connect to.

What it does

It puts a permanent, concealed cabling infrastructure in place so every room has reliable wired networking the day you move in — no surface raceway, no retrofitting through finished walls, and plenty of capacity for devices you add later.

How it's done

1. Plan from the prints. We review the floor plans with you and mark every drop location and the central panel or rack position.
2. Coordinate the schedule. We time the rough-in with your general contractor and electrician so cabling goes in before insulation and drywall.
3. Pull home runs. Each outlet gets its own dedicated cable run back to the central location — no daisy-chaining — routed safely through studs and joists to code, kept clear of power lines.
4. Protect and label. We bush and grommet where cable passes through framing, leave service loops at both ends, and label every run.
5. Trim out. After drywall we terminate each drop to a keystone jack and faceplate, and dress the other end into the patch panel.

Tested & validated

Every run is certified with a cable tester for wiremap, continuity, length, and performance to its rated category, then handed over as a documented pass report — one line per drop, so you have proof the cabling meets spec before the project closes out.

What it is

Removing abandoned, damaged, or obsolete low-voltage cabling and replacing legacy runs with current-standard copper or fiber.

What it does

It clears out cable that's no longer in use — which is actually a fire-code issue when left abandoned in ceilings and walls — and brings your network up to Cat 6 or fiber so it can carry today's speeds and Power-over-Ethernet loads.

How it's done

1. Survey and trace. We map the existing cabling and identify what's live versus abandoned, so nothing in use gets disturbed.
2. De-energize and remove. We safely disconnect and pull out the old cable, clearing pathways and freeing up space in trays and conduit.
3. Assess pathways. We check that existing routes and supports are sound and to code before reusing them.
4. Pull the upgrade. New Cat 6 or fiber is run along the cleaned pathways as home runs back to the panel.
5. Re-terminate and document. Both ends are terminated, re-labeled, and the as-built documentation is updated.

Tested & validated

Each new run is certified to its category spec and handed over with a pass report. Where it helps, we show the before-and-after so you can see the gain in headroom.

What it is

Finishing the ends of a cable run — punching the conductors down to keystone jacks and dressing them into wall faceplates at the outlet and a patch panel at the rack.

What it does

It converts a raw cable into something you can actually plug into: a clean wall outlet in the room and a labeled, organized port at the rack — so devices connect reliably and the whole system is easy to manage and trace later.

How it's done

1. Strip and prep. We remove the right amount of jacket without nicking the conductors and keep the pairs in order.
2. Preserve the twist. Pair twist is maintained right up to the termination point — the detail that protects performance at Gigabit and above.
3. Punch down. Conductors are seated to the T568B wiring standard on keystone jacks and the patch panel with a punch-down tool.
4. Mount and dress. Jacks snap into faceplates at the wall; at the rack, cable is combed, dressed, and strain-relieved.
5. Label both ends. Outlet and port carry matching labels so any drop can be traced in seconds.

Tested & validated

Every terminated port is tested for a correct wiremap — no reversed, split, or crossed pairs, no shorts or opens — plus continuity and performance, and the result is recorded per port.

What it is

Certifying that each installed cable actually meets its rated standard, backed by a documented report — not just a quick "does it light up" check.

What it does

It confirms every run will reliably carry the speeds it's rated for, catches hidden faults before they become problems, and gives you a report you can keep for warranty, resale, or compliance.

How it's done

1. Calibrated certifier. We test with a professional cable certifier, not just a continuity beeper.
2. Full parameter set. For copper we measure wiremap, length, insertion loss, return loss, and crosstalk (NEXT); for fiber, continuity and optical power/loss.
3. Compare to standard. Results are graded against the applicable TIA standard for the cable's category — it either passes or it doesn't.
4. Fix and re-test. Any failing run is corrected and tested again until it passes.
5. Hand over the report. You receive a per-drop certification report showing pass/fail for each parameter.

Tested & validated

This service is the validation step — the deliverable is the certification report itself, one record per drop, giving you documented proof the physical layer is sound.