School, Daycare and Campus Network Cabling
Schools have the densest desk population of any building type we work in, spread across classrooms, labs, offices and open areas — and they cannot lose teaching time to a cabling project. Add cameras, access control and wireless coverage in corridors and gyms, and the cable plant has to be planned as one system rather than patched together wing by wing over the years.
What's typically included
- Classroom drops for teaching stations, projectors and displays
- Computer labs and library workstations
- Administrative offices, reception and photocopier areas
- Wi-Fi access point cabling in corridors, classrooms and gymnasiums
- CCTV and access control cabling
- Panel, rack and labelling work in crowded telecom closets
- Certification testing and documentation
Scheduling around the school calendar
The practical reality of school work is that the windows are fixed: breaks, inservice days and summer. We plan the scope around those windows so the noisy and disruptive stages land when the building is empty, and the tidy stages happen when students are back. That usually means a compact, well-planned mobilisation rather than a project that drifts through a term.
Gyms and corridors are the hard part
Gymnasiums, cafeterias and long corridors are exactly the spaces where wireless is expected to work and where the building fights it — high ceilings, hard surfaces and metal structure. Coverage in those areas has to be planned with access point placement and cabling decided together, which is why we survey rather than assume.
Old closets, new demands
School telecom closets accumulate decades of additions. Testing and re-labelling what is already there, then adding only what is missing, is almost always the better value than a wholesale re-cable — and it gives the school a record it can hand to the next contractor.
A school is not an office
Educational buildings are covered by their own standard. ANSI/TIA-4966-A, the Telecommunications Infrastructure Standard for Educational Facilities, exists because a school mixes spaces an office never has: science labs, gymnasiums with high ceilings, libraries, cafeterias, portables and long corridors, and all of them need wireless that holds up under a full class of devices at once.
| Space | What it needs | Why it is different |
|---|---|---|
| Classrooms | Cabled outlet per teaching station, plus wireless sized for a full class | Device density is highest during a single period |
| Computer or STEM labs | Higher outlet count, its own switch capacity | Wired devices with real bandwidth demand |
| Gymnasium | Access points placed for high ceilings and open volume | Signal behaves differently in an empty box with a hard floor |
| Library or learning commons | Dense wireless plus wired outlets | Mixed use, and often the busiest room in the building |
| Portables | Outdoor-rated links back to the main building | Detached structures still need the school network |
Wireless is usually what actually needs fixing in a school, and the cabling is what makes wireless possible. Access points still need a cable run and power, so the placement that the coverage requires decides where the cable goes, not the other way around.
How Quebec school boards specify this work
Institutional work in Quebec is specified before a quote is written, and the specification is usually a document, not a conversation. One concrete example: the Centre de services scolaire de la Région-de-Sherbrooke publishes a telecommunications construction standard for its buildings, last verified in December 2022. It is worth reading, because it shows what an institution actually asks for.
| What the standard asks for | The requirement |
|---|---|
| Cable room position | As central as possible, with a limit of 80 metres from the room to any data outlet |
| Outlets per room | At least two per room, on different walls |
| Outlets per classroom | Five, including one in the suspended ceiling for a wireless access point and one at the door for the intercom |
| Distance from power | Network outlets must sit more than 15 cm and less than 1.80 m from an electrical outlet |
| Raceway fill | Conduits and cable trays filled to no more than 60 percent |
| Fiber between buildings | Six strands minimum into a new school, twelve minimum between satellites |
| Who builds the raceways | The electrical contractor installs conduits, trays and pull boxes; the cabling contractor pulls, terminates and tests |
| Warranty | One year on labour, two years against defective material |
Where we work
We install and certify this work across Montreal, Laval, Longueuil, the Québec City area and the surrounding regions — see our service areas.
The work involved
Related work: structured cabling, Cat6 & Cat6a, fiber optic installation, Wi-Fi access points, CCTV & access control — or see all services.
School, Daycare and Campus Network Cabling questions
Yes — breaks, inservice days and summer are the natural windows, and we plan the disruptive stages around them.
Yes. Classroom teaching positions, labs and library workstations are normal scope, with every port labelled and tested.
Yes, and it takes planning — high ceilings and hard surfaces mean access point placement and cabling have to be decided together after a survey.
Yes. Testing, tracing and re-labelling an inherited closet is often better value than re-cabling, and it gives you a record to work from.
Yes — we install the structured cabling behind CCTV and access control, landing it in the same rack with the same labelling.
ANSI/TIA-4966-A, the Telecommunications Infrastructure Standard for Educational Facilities, which covers cabling structure and topology for educational buildings.
It depends on the teaching model. In practice we plan for a wireless design that holds up with a full class of devices, plus a wired outlet per teaching station and anything fixed.
Yes. Portables need an outdoor-rated link back to the main building, and the same standard for the outlets inside them.
Get a free site survey
Tell us about the building and what has to be connected, and we will come out, look at the space and put together a written quote. Call (438) 817-4587 or use the quote form.