Structured cabling & low-voltage
The cabling every wireless system stands on
Cat6A, fiber, pathways, and racks installed, certified, and documented to BICSI standards by the same team supporting the wireless system.
- Runs tested and certified
- 100%
- Runs tested and certified
- Standards
- BICSI
- Standards
- Vendor, every site
- One
- Vendor, every site
How it works
Clean runs, every one certified
Every run leaves the telecom room on a right-angle pathway to its outlet, then gets tested end to end before handover.
How it works
Measured first, pulled once
Survey & grid test
The building is walked and measured, and the RF design that the cabling has to serve is settled before the pathways are drawn.
Design
Pathways, counts, the PoE budget and the labeling scheme, in drawings the GC and your IT team can both build from.
Planning & staging
Materials staged, sequence agreed around your schedule, and the work packaged so the trades are not waiting on each other.
Deployment & validation
Installed to the drawing, then every run tested and certified to its standard.
Annual compliance & support
As-builts kept current, moves and changes handled, and the plant re-tested when the building changes.
Why it belongs with the wireless
One pathway plan, not three
Wi-Fi, cellular DAS, and public-safety radio all need cable, and when three firms pull it the building ends up with three sets of pathways, three labeling schemes, and a riser nobody owns. Designing the cabling with the RF means the tray is sized once, the PoE budget matches the access points that will hang off it, and the as-builts describe a single system.
Every run is tested and certified to its standard, and the results are handed over as data rather than as a promise. On a multi-site rollout the same design and the same labeling repeat at every location, so the twentieth site is documented like the first.
Security cameras, access control, and AV ride the same pathways. We pull, terminate, and certify those runs too, to the same drawing and the same labeling scheme.
- Cat6A and fiber backbone, certified to standard
- Pathways, tray, conduit and firestopping
- Cameras, access control, and AV cabling
- Racks, cabinets, grounding and labeling
- As-builts and test results at handover
What you get
Built to standard, documented to prove it
- Runs tested and certified
- 100%
- Runs tested and certified
- Standards
- BICSI
- Standards
- Vendor, every site
- One
- Vendor, every site
Copper & fiber
Cat6A to the edge and fiber on the backbone, sized for what the network will carry, not for what it carries today.
Pathways & spaces
Tray, conduit, sleeves, and firestopping, with the riser and the telecom rooms laid out before anything is pulled.
Racks & grounding
Cabinets, patch fields, cable management and a grounding scheme that an inspector can follow.
Certified & labeled
Every run tested to its standard and labeled to the drawing, with the results handed over as data.
Cabling, answered
Do you do cabling on its own, without the wireless?
Yes. Plenty of buildings need the plant before they need the radios, and a cabling package is a scope we quote on its own.
Cat6A or fiber?
Both, usually. Fiber on the backbone between telecom rooms, Cat6A to the access points and devices at the edge. The split is set by distance, by the PoE the edge needs, and by what the building will carry in ten years, not five.
Can you run a rollout across a lot of sites?
That is most of what this is. One design, one labeling scheme, and one standard, repeated site after site, with consolidated reporting so the twentieth location is documented exactly like the first.
Do you handle the pathways and firestopping too?
Yes, tray, conduit, sleeves, and firestopping are part of the scope. Splitting them across trades is how a riser ends up with a penetration nobody sealed.
Who certifies the work, and what do we get at handover?
Every run is tested to its standard by the crew that installed it, and the results are handed over as data alongside the as-builts and the labeling schedule, not as an assurance that it was done. A run that does not pass is corrected and re-tested before handover rather than noted as an exception.
Can you cable a data center or an IDF refresh?
Yes. A data center row or an IDF refresh is planned around the cutover: racks, patch fields, and cable management rebuilt, the backbone re-terminated, and every run tested and labeled to the new drawing before the old one is retired.
Do you work under a GC or direct?
Both. We work directly for owners and property managers, and as the low-voltage contractor under a GC on new construction and fit-outs. The drawings, the test results, and the as-builts are the same either way.
Let's solve your wireless challenge
Tell us about your building and goals. A WZC engineer will get back to you within one business day.