One router can't cover a multi-storey house or a long apartment — and a cheap repeater usually makes it worse. A properly planned mesh system gives every room full-speed WiFi under one network name. We design, install and tune mesh systems across Sydney, and prove the result room by room.
Node count and placement calculated from your actual layout, wall materials and usage — not the marketing photo on the box. Two well-placed nodes beat four badly placed ones.
TP-Link Deco, ASUS ZenWiFi/AiMesh, eero, Google Nest WiFi, UniFi and more — we install what fits your home and budget, at retail price with receipts.
Mesh over the air halves bandwidth at each hop. Where your home has Ethernet or usable cabling, we wire the backhaul so every node runs at full speed. New cable runs go through our partnered ACMA-registered cablers.
Band steering, channel plan, roaming thresholds and smart-home quirks all tuned; old repeaters removed. You get one clean network and the admin access to it.
A repeater rebroadcasts a weak signal and creates a second network your phone clings to long after you've walked away from it. Mesh nodes coordinate: one network name, seamless handover as you move, and dedicated backhaul on good systems. That's why the Randwick two-storey job in our cases replaced a repeater with mesh — same house, unrecognisable result.
But honesty first: not every home needs mesh. A one-level apartment under about 80 square metres with a decently placed router usually doesn't. We tell you when a $0 repositioning or a settings fix solves it — that honesty is why our Google rating sits at 5.0 across 100+ reviews.
For homes that do need it — multi-storey terraces, double-brick walls, 100㎡+ apartments, backyard offices — the difference between a planned install and a boxed kit plugged in at random is typically 3–5x throughput in the worst room.
Send your floor plan (or a rough sketch) and building type — we'll recommend a system and node count with a fixed quote before you buy anything.
We supply the hardware at retail price, or install units you've already bought — including kits from overseas, configured for Australian NBN.
Install day: nodes placed and mounted, backhaul wired where possible, network tuned, every device migrated, old gear removed.
Room-by-room speed test against your plan — you see the numbers in the exact rooms that used to be dead.
Mesh installation starts at $150 labour for a standard 2-node setup, with multi-node and wired-backhaul jobs quoted from your floor plan before work starts. Hardware at retail price with receipts. If we assess your home and mesh isn't needed, we'll say so and fix the real problem instead.
Deco X50 mesh replacing a WiFi-4 repeater — full coverage with zero new cabling due to an accessibility constraint.
Read case →Four brands of patchwork gear consolidated into one properly designed system.
Read case →Multi-zone property with stable coverage across every zone.
Read case →For most Sydney homes, TP-Link Deco is the reliable value pick and ASUS suits power users; eero and Nest WiFi favour simplicity. The right answer depends on your home's size, walls and NBN speed — see our full comparison guide.
Full guide →Rule of thumb: 2 nodes for a typical 2-storey home or 100–150㎡, 3 for larger or double-brick homes. More isn't better — oversaturating creates roaming problems. We calculate from your actual floor plan.
Usually yes — most international kits work on Australian NBN once configured correctly, and we set them up regularly for new arrivals. Check the guide for the one-minute compatibility test.
Full guide →Wireless backhaul costs some bandwidth at each hop — that's physics. Good placement minimises it, and wired backhaul eliminates it entirely. A planned install keeps every room fast; a random one doesn't.
Rated 5.0 from 100+ verified Google reviews
Mesh is one way to deliver whole-home coverage. Larger houses, dense walls, offices, gaming rooms and camera networks may instead need wired access points or a mixed design. Our broader home-network service compares those options before installation.
Mesh, access points, wired backhaul and future device capacity.
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