Whole-Home Networking Cost in Toronto 2026: Real Quotes for Cat6a + Wi-Fi 7

What This Post Covers

We get asked the same question every week: "what does it cost to do a real home network in Toronto?" The honest answer depends on whether your walls are open, how big the house is, and how serious the wireless coverage requirement is.

This post breaks down realistic 2026 pricing for the four most common Toronto network projects.

Project 1: Single-Room Wired Drop (Retrofit)

Customer wants a wired Cat6a connection at one desk in the second-floor office. Modem and router already in the basement. Cable runs through the central staircase.

Cat6a cable, 25 metres at $1.50/m: $38
Two keystone jacks + faceplates: $30
Patch panel port + patch cord: $25
Labour, fishing through finished walls, drilling top plate, terminating, testing: $350 to $550
Drywall patch + paint touchup: $80 to $150

Total: $500 to $800

This is the highest-ROI single networking improvement most homeowners can make if they work from home.

Project 2: Wi-Fi 7 Mesh Upgrade Only (Existing Cat6a)

Customer already has Cat6a drops to three ceiling locations. Wants to replace consumer mesh with Wi-Fi 7 access points and a proper router.

Ubiquiti UDM Pro gateway: $579
3x U7 Pro access points: $279 each = $837
Ubiquiti USW-Lite-8-PoE switch: $199
Mounting hardware, patch cords, configuration: $150
Labour, installation, configuration, SSID setup, VLAN config: $800 to $1,400

Total: $2,500 to $3,500

For prosumer Toronto homes this is the sweet spot.

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Project 3: Whole-Home Pre-Wire During Renovation

Detached two-storey home, full gut renovation, walls open. Customer wants Cat6a everywhere, structured panel, ready for Wi-Fi 7 later.

Drops planned: 4 TVs (2 cables each) + 4 desks + 6 ceiling APs + 2 garage = 20 drops

Cat6a cable, 500 metres at $1.50/m: $750
Keystone jacks, faceplates, panel terminations (40 ends): $400
24-port Cat6a patch panel: $180
Leviton 28" SMC structured panel + brackets: $350
Coax for 2 TVs (just in case): $80
Labour, pulling 20 drops in open walls, terminating, panel build, labelling, testing: $3,500 to $5,500
Documentation (printed cable map, photos): included

Subtotal cabling: $5,200 to $7,300

Optional active hardware (UDM Pro + 4 APs + 16-port PoE switch): add $2,500 to $3,500

Total with hardware: $7,700 to $10,800

Project 4: Whole-Home Retrofit (Finished Home, No Renovation)

Same house as Project 3, but already finished. Walls intact. Hardwood floors. Furnished.

Same cable, jacks, panels: $1,300 to $1,800 in materials
Labour, fishing 20 drops through finished walls, opening cavities, drilling top plates, patching drywall, painting: $8,000 to $13,000
Active hardware (same Wi-Fi 7 stack): $2,500 to $3,500

Total: $11,800 to $18,300

This is why we tell every renovation client: pre-wire now. Even if you do not use the drops for five years, the labour delta is enormous.

Project 5: Luxury / Power-User Build

Larger home (3,500+ sq ft), multiple home offices, NVR with 8 PoE cameras, 10 GbE backbone between floors, dedicated server closet with rack and UPS.

30 to 40 Cat6a drops + OS2 fiber backbone: $2,500 in materials
ICC SOHO 18U cabinet + open frame rack option: $800
UDM SE Pro + 6 U7 Pro Max APs + 24-port PoE++ switch + 10 GbE aggregation switch: $4,500 to $6,500
8-camera NVR (Ubiquiti UNVR + G5 Pro cams): $3,200
UPS, cable management, labelling: $600
Labour, full pre-wire and configuration: $8,000 to $14,000

Total: $20,000 to $30,000+

Where the Money Actually Goes

On almost every project, labour is 60 to 75 percent of the total. Cable and hardware are surprisingly affordable. What you are paying for is:

Walking the home and designing the layout
Pulling cables through tight spaces without damaging the home
Terminating to spec (Cat6a is unforgiving — a bad termination drops the whole channel to 1 Gbps)
Configuring the active gear properly (VLANs, guest networks, IoT segmentation, firewall rules)
Testing every drop with a certified cable tester
Documenting the install so future work is easy

What Drives Cost Up

Plaster-and-lath walls in older Toronto homes (Cabbagetown, Roncesvalles, the Annex, Junction)
Concrete floors and ceilings in condos
Brick interior walls in some pre-1940 builds
Stucco or stone exteriors that complicate exterior runs
High ceilings that need lifts or scaffolding
Custom millwork that has to be removed and reinstalled

What Drives Cost Down

Walls open during renovation
Unfinished basement providing easy cable highway
Standard 8-foot ceilings
Good attic access with adequate headroom
Drop ceiling in a basement office

Permits and Honest Scope

Low-voltage cabling does not require an ESA permit in Ontario. We pull it under our low-voltage cabling, Wi-Fi access point installation, and network configuration scope.

If the install includes a new dedicated 120 V circuit for the network rack — common on whole-home builds — our Master Electrician pulls the ESA permit and handles the inspection for that circuit.