Clinic and Medical Office Network Cabling
A clinic network carries two very different kinds of traffic: clinical systems that simply have to work, and everything else. It does that in a building where the rooms are small, the equipment moves, and the day is fully booked. We cable clinics and medical offices with drops in every treatment room, clinical and general traffic kept apart, and the work scheduled around patients rather than through them.
What we wire in a clinic
- Treatment and exam rooms, at least one drop each, sometimes two
- Reception, billing and the admin workstations
- Cable links for imaging, diagnostic and laboratory equipment
- Wi-Fi access points, including the ones patients sit under
- CCTV and access control wiring
- Clinical and general traffic cabled on separate paths
- Testing, labelling, and the documentation that goes with it
Cameras, access points, phones and door readers all draw their power over that same cable. How much they can draw is set by the PoE standard:
| Standard | Type | Max power per port | What it typically powers in a clinic |
|---|---|---|---|
| IEEE 802.3af | Type 1 | 15.4 W | IP phones, fixed cameras, door readers |
| IEEE 802.3at | Type 2 | 30 W | Pan-tilt-zoom cameras, Wi-Fi access points |
| IEEE 802.3bt | Type 3 | 60 W | Higher-power access points, wall displays |
| IEEE 802.3bt | Type 4 | 90 W | High-power access points, PoE lighting, digital signage |
How we work in an occupied clinic
Clinics do not close for a cabling job, so we work around the patients. Disruptive work happens early mornings, evenings or weekends, and we stage it room by room so part of the clinic keeps functioning the whole time. Pathways are chosen to keep dust and access out of treatment areas.
Clinical devices, the front desk, guest Wi-Fi and cameras should not be sharing one unmanaged path. Quebec’s privacy rules and the practical reality of medical equipment point the same way: keep clinical and general traffic on separate cabling so they can be separated at the switch, and document which port feeds which room. That is also what lets somebody work on the office network without touching the network the clinical equipment sits on.
Rooms get repurposed, devices get replaced, and a practitioner decides the workstation would be better on the other wall. With a labelled panel and a documented port list, those changes take minutes and nobody has to guess what a cable does. Do it once properly and the cabling survives years of clinic changes instead of being redone every time the practice evolves.
What the standards call for
Two numbers decide most clinic cabling decisions. A copper link is capped at 100 metres end to end, which ANSI/TIA-568 splits into 90 m of horizontal cable and 10 m of patch cords. And for healthcare buildings, ANSI/TIA-1179-B sets Category 6A as the minimum and calls for two diverse-route backbone pathways, so one damaged run cannot take the clinical network down.
| Standard | What it covers | What it means on a clinic job |
|---|---|---|
| ANSI/TIA-568 | Commercial cabling | A copper link is 100 m: 90 m horizontal plus 10 m of patch cords |
| ANSI/TIA-569 | Pathways and spaces | Where cable may run, and how far it must stay from power |
| ANSI/TIA-606 | Labelling and administration | Every port and panel named, so a room maps to a switch port |
| ANSI/TIA-1179-B | Healthcare facilities | Category 6A as the minimum, and two diverse-route backbone pathways |
| CSA FT6 / FT4 | Cable fire ratings (Canada) | FT6 plenum rating where cable runs through an air-handling space |
| IEEE 802.3af/at/bt | Power over Ethernet | 15.4 W, 30 W, 60 W or 90 W per port |
The cable itself has to match the job. Cat 6A carries 10-gigabit Ethernet across the full 100 m channel. Cat 6 only reaches it to about 55 m, and Cat 5e is not rated for 10G at all:
| Category | Rated bandwidth | Gigabit | 10 GbE | Where we use it |
|---|---|---|---|---|
| Cat 5e | 100 MHz | 100 m | not rated for 10G | Existing plant, phones, low-speed devices |
| Cat 6 | 250 MHz | 100 m | up to 55 m | Desks and general office drops |
| Cat 6A | 500 MHz | 100 m | 100 m | Clinical, imaging and access point links |
| Cat 7 (Class F) | 600 MHz, shielded | 100 m | 100 m | Electrically noisy areas, mechanical rooms |
Quebec’s Loi 25 adds a documentation angle. Since 22 September 2022, organisations holding personal information must report confidentiality incidents to the Commission d’accès à l’information and keep a register of them, and the rest of the law’s obligations came into force on 22 September 2023. Being able to say which port feeds which room, and who can reach it, is part of being able to answer those questions.
Where we work
We install and certify this work across Montreal, Laval, Longueuil, the Québec City area and the surrounding regions. The full list of service areas is on our services page.
Related work
Related work: structured cabling, Cat6 & Cat6a, fiber optic installation, Wi-Fi access points and CCTV & access control. All of our services are listed here.
Questions we get from clinics
Yes. Disruptive work happens outside patient hours, early mornings, evenings or weekends, staged room by room so the clinic keeps running.
Yes. Segregating the cabling lets clinical and general traffic be separated at the switch, which is what privacy rules and practical troubleshooting both call for.
Yes. With a labelled panel it is a straightforward job, and we keep the new work consistent with the existing labelling.
Yes. We provide the cabled links those systems need, and we coordinate with the equipment supplier for the device end.
Yes. Certified test results, labelling and as-built records, which is also what you want when a room is repurposed or the practice changes hands.
100 metres end to end, which ANSI/TIA-568 splits into 90 m of horizontal cable and 10 m of patch cords. Cat 6A carries 10 GbE over that full distance. Cat 6 reaches 10 GbE to about 55 m.
ANSI/TIA-1179-B, the healthcare facility cabling standard, sets Category 6A as the minimum for horizontal and backbone cabling, and calls for two diverse-route backbone pathways.
It depends on the PoE standard: 15.4 W per port under IEEE 802.3af, 30 W under 802.3at, and 60 W or 90 W under 802.3bt Type 3 and Type 4. Cameras, access points and phones all draw from that.
Get a free site survey
Tell us about the building and what needs to be connected. We will come out, look at the space, and put a written quote together. Call (438) 817-4587 or use the form.