Cat6 & Cat6A Installation

Ranges reflect national commercial pricing data; a scoped quote accounts for your building's pathway conditions, drop count, and category choice.

Planning drops per office

A reasonable planning baseline is two data drops per workstation (one for the computer, one spare for a phone, secondary monitor dock, or future device) plus one drop per wireless access point and one per printer or shared device. A 20-person office typically lands in the 40–50 drop range once APs and shared equipment are counted. Open-plan layouts with modular furniture often need fewer drops per person if furniture-integrated raceways share connections across desks; private-office layouts usually need more because each room needs its own run back to the closet. The walkthrough is where this gets counted room by room rather than estimated from a floor plan.

Testing and certification

A drop isn't done when the cable is pulled and the jack is punched down. Every run gets tested with a certification tester (Fluke or equivalent) that verifies wire map, length, insertion loss, and crosstalk against the TIA/EIA-568 standard for the cable category installed. Cat6A testing in particular checks for alien crosstalk, interference from adjacent cable bundles, which is one of the failure modes Cat6A's extra shielding is built to prevent. The installer should hand over a test report per drop, not just a verbal confirmation that everything works. That report is what a future IT team or building inspector will ask for if a connection acts up later.

Process and timeline

A Cat6 or Cat6A job runs in four stages: a walkthrough to count drops and check pathway conditions (existing conduit, ceiling type, distance from the closet), a written scope and price range, the install itself (pulling cable, terminating at both the jack and the patch panel, and labeling each run), and testing and certification before signoff. Small jobs (10–25 drops) typically run one to three days on site, most of it install labor rather than walkthrough or testing time. Occupied-office jobs usually take longer than an equivalent drop count in unoccupied space, since cable pulls through finished ceilings need access panels and scheduling around business hours rather than open floor access. LumeCrew handles the walkthrough and scoping; the coordinated installer handles the pull, termination, and testing, and LumeCrew signs off against the agreed scope before the job closes.

Existing cabling: reuse, upgrade, or start over

Not every job is a blank slate. An office moving into a space with existing Cat5e cabling has three options: reuse it as-is (fine for basic connectivity, but it caps out well below Cat6/Cat6A speeds and won't meet most modern IT standards), have it tested and re-certified if it's unclear whether it still meets spec, or pull new Cat6/Cat6A alongside or in place of it. Reusing old cabling saves the material and pull cost but carries risk: cable run inside walls for a decade or more may have been damaged, poorly terminated, or routed in ways that don't meet current pathway standards, and none of that shows up without testing. A scoped walkthrough includes assessing what's already there before pricing new work, so the quote reflects what actually needs to be pulled rather than assuming a full rebuild.