Where Should You Put Your Wi-Fi Router?

Where you put your Wi-Fi router can matter more than the model you buy. A powerful new router hidden in a garage cupboard may perform worse than a modest one placed in the open near the centre of the home.

The best position is usually elevated, open and central to the rooms where people actually use Wi-Fi. It should have as few dense walls, large metal objects and water-filled obstacles as possible between it and your important devices. That sounds simple, but Australian homes complicate the decision with NBN connection boxes in garages, double-brick walls, long floor plans and multiple storeys.

This guide explains how to choose the position methodically, when a longer Ethernet connection can free the router from the NBN box, and when one router is never going to cover the building properly.

The short answer

Place the router on an open shelf, console or bench near the centre of the area that needs coverage. Aim for roughly waist to head height rather than the floor, and keep it clear of cupboards, televisions, refrigerators, microwaves, mirrors, fish tanks, thick masonry and large metal objects.

In a single-storey home, start near the centre of the occupied floor plan. In a two-storey home, a central position near the stairwell or another open transition between floors often works well. If the NBN connection box is in the garage or at one end of the house, use Ethernet to place the router somewhere better where practical.

Our verdict: optimise the router’s position before buying an extender or replacing it. If a sensible central position still leaves weak rooms, add a properly placed mesh node or wired access point instead of expecting one router to defeat distance and dense walls.

Why router placement makes such a difference

Wi-Fi uses radio waves. The signal weakens as it travels, and every wall, floor, object and source of interference changes what reaches the device. A phone beside the router may see excellent speed while a television behind three brick walls struggles to maintain a stream.

Routers generally radiate across a broad area rather than firing a perfect beam into every room. If the router sits at one outside corner, a substantial portion of its useful coverage goes into the yard, street or neighbouring property. A more central position gives the signal shorter, more balanced paths to the rooms that matter.

Placement cannot increase the speed supplied by your internet provider. It can, however, help devices receive more of that available speed with lower packet loss and fewer dropouts. That distinction matters: poor Wi-Fi coverage and a slow NBN service are different problems.

Find the centre of use, not just the centre of the building

Draw a rough floor plan and mark the devices that matter most: work laptops, televisions, gaming systems, security cameras, video doorbells and smart-home hubs. The best router position is near the centre of those demands, not necessarily the geometric centre of the property.

A laundry may sit perfectly in the middle of the house but be a terrible position because of metal appliances, plumbing and enclosed cabinetry. A hallway console a few metres away may provide much clearer paths to the bedrooms and living room.

Prioritise fixed, demanding devices and rooms used every day. A home office holding video calls deserves more weight than a spare room that is occupied twice a year. Outdoor cameras may need reliable coverage but consume far less bandwidth than a 4K television or gaming PC.

How high should a Wi-Fi router be?

A shelf, sideboard or console at roughly waist to head height is a strong starting point. This lifts the router above floor-level furniture and some everyday clutter without placing it against the ceiling. Telstra advises an elevated, open location and warns against hiding a modem behind furniture or in cupboards.

Avoid placing the router directly on carpet, under a desk or behind a sofa. Those positions add obstacles and can restrict ventilation. Extremely high placement is not automatically better; the goal is a clear route through the occupied part of the home, not simply the highest possible shelf.

If the router has vents, leave space around them. Do not stack it on a hot AV receiver, game console or amplifier. Heat can reduce stability and shorten the life of networking hardware.

Keep it in the open

Routers are not attractive to everyone, but hiding one inside a timber cabinet trades appearance for signal and ventilation. A closed cabinet adds another barrier before the signal even reaches the room. Metal cabinets are much worse because metal reflects and blocks radio energy.

Place the router on top of the cabinet rather than inside it. If appearance is the concern, use a ventilated open-backed shelf or position it behind a small non-metallic decorative object without enclosing the unit. Do not wrap it, cover its vents or pack it between books.

Leave the front, sides and top reasonably clear. A router does not require a perfectly empty room, but a few centimetres of clearance is not the same as an unobstructed path through the home.

Do not let the NBN box dictate the Wi-Fi position

Many Australian homes have an NBN connection box in a garage, utility cupboard or front corner. That equipment may need to stay where it was installed, but the Wi-Fi router does not always need to sit beside it.

For FTTP, HFC, FTTC and Fixed Wireless services, the router normally connects to the NBN equipment using Ethernet. A longer Ethernet path can place the router closer to the centre of the home. A loose patch lead can be useful for testing, while a permanent in-wall run creates a cleaner long-term installation.

FTTN and FTTB services commonly connect a modem-router to a telephone wall socket. Moving that modem-router may require another suitable socket or a different design: keep the modem at the working socket, place it in bridge mode if supported, and connect a separate router elsewhere by Ethernet. Provider settings, home-phone services and hardware capabilities can affect this arrangement, so check before changing it.

Do not move or alter carrier-owned NBN equipment yourself. ACMA says a registered cabler can connect from an NBN modem into household data or voice cabling after the carrier has connected the NBN equipment.

The garage is usually a poor Wi-Fi location

A garage is often at the edge of the house and separated from living areas by brick, concrete, metal doors, foil insulation or fire-rated construction. It may also become very hot. Those characteristics make it convenient for an NBN box but poor for the primary wireless access point.

If moving the router is impossible, connect a mesh system or access point to it. The main Wi-Fi unit can sit inside the occupied part of the house while the gateway near the NBN equipment handles the internet connection. Ethernet backhaul between them gives the best result.

Before buying more equipment, temporarily run a long Ethernet cable from the garage to a proposed central location. Test the important rooms. This inexpensive experiment shows whether relocation solves the problem before you pay for permanent cabling.

Best position in a single-storey home

Start near the middle of the rooms that use Wi-Fi, in the open and above the floor. In a compact rectangular home, a hallway shelf or open living-room console may cover everything. In an L-shaped house, the useful centre may sit near the inside corner rather than the physical centre of the footprint.

Count barriers as well as metres. A slightly longer route through plasterboard may be easier for Wi-Fi than a short route through double brick, a bathroom and a mirrored wardrobe. Try to give the router a clear path along hallways and open-plan areas.

If all important devices sit at one end, deliberately bias the router toward them. There is no prize for giving the unused laundry and front porch identical signal strength.

Best position in a two-storey home

Try a central position near the stairwell, void or another open link between floors. These spaces can provide a less obstructed path than transmitting through reinforced floors. A shelf on the lower floor near the centre can work, but the ideal level depends on where most devices are located.

If the home office and main television are upstairs, moving the router upstairs may be sensible even if downstairs coverage becomes slightly weaker. With adjustable external antennas, keeping most vertical supports coverage across the same floor; angling one antenna can help vary polarisation and vertical coverage. Internal-antenna routers require no adjustment.

Large two-storey homes often need more than one access point. One router in a downstairs corner cannot reliably serve the opposite upstairs bedroom through several walls and a floor. A wired access point or well-positioned mesh node is the realistic fix.

Best position in an apartment

Apartments reduce distance but increase neighbouring Wi-Fi congestion. Put the router centrally, away from the common wall shared with the largest cluster of neighbouring networks when practical. Keep it clear of the building’s service riser, lift equipment and large metal appliances.

Use 5GHz or 6GHz for nearby high-performance devices and 2.4GHz for longer reach and compatible smart-home equipment. Automatic channel selection is usually a sensible starting point. If performance changes wildly by time of day, congestion rather than raw signal strength may be the issue.

A single good router is often enough for a modest apartment. Adding several powerful mesh nodes in a small space can create unnecessary overlap and complexity.

Long homes and detached extensions

A long narrow house can defeat the idea of one central router because several walls line up along the path. Place the router near the centre, then test both ends. If one end remains weak, add an access point or mesh node rather than moving the router so far that the other end fails.

A detached office, granny flat or shed is a separate networking problem. Wi-Fi may cross a short clear courtyard, but exterior walls, metal cladding and weather reduce reliability. A properly installed wired connection or purpose-built wireless bridge is preferable for important work or entertainment.

Do not put an indoor router outdoors. Outdoor equipment requires suitable environmental and electrical protection, and permanent cabling must comply with Australian requirements.

Double brick, concrete and foil insulation

Dense masonry absorbs more signal than plasterboard. Reinforced concrete combines dense material with metal, while foil-backed insulation and metal cladding can behave like barriers. In these homes, the route through doors, halls and stairwells matters greatly.

Moving the router one or two metres to the other side of a wall can be more effective than buying a model with a larger number on the box. Test positions on both sides of a major barrier. If the house is divided into masonry zones, place an access point inside each important zone and connect them by Ethernet where possible.

No legal consumer router can brute-force every building material. Marketing coverage figures are broad estimates measured under favourable conditions, not guarantees for an Australian double-brick floor plan.

Objects and places to avoid

Closed cupboards: they block signal, trap heat and make faults harder to see.
Behind the television: the television’s large metal and electronic components sit directly beside the router.
Beside a refrigerator or microwave: large metal surfaces block signals, while some appliances can create interference.
On the floor: furniture, people and building structure obstruct the useful signal path.
Next to a fish tank: water attenuates radio signals.
Behind a mirror: some mirrors include metallic backing that can reflect signal.
Inside a metal rack or electrical cabinet: metal enclosure is hostile to wireless coverage.
Next to cordless phone bases, baby monitors or Bluetooth hubs: nearby radio activity may add congestion, particularly around 2.4GHz.
In direct sun or a damp area: heat and moisture are bad for electronics.
At the furthest external corner: unless almost all of the devices are concentrated there.

Should the router go near the television?

The television cabinet is convenient because it has power, Ethernet devices and a central living-room position. It can work if the router sits in the open on top of the unit with space around it.

Do not wedge the router behind the television, inside a closed entertainment cabinet or on top of a hot receiver. Keep some separation from the screen, speakers, console and bundles of power cables. Better still, connect the television, console and streamer by Ethernet through a small switch, leaving wireless capacity for mobile devices.

Should the router go in the kitchen?

A kitchen may be central but contains several poor neighbours: a microwave, refrigerator, metal rangehood, large appliances, plumbing and water. Heat, steam and grease are additional reasons to keep networking equipment away from cooking areas.

An open dining-area shelf outside the main bank of appliances is usually better. If a microwave disrupts 2.4GHz connections while operating, move the router farther away and use 5GHz for compatible nearby devices.

How to orient external antennas

Do not assume every antenna should point toward the device. A typical dipole antenna radiates most strongly out from its sides, with weaker coverage directly off the ends. For one level, vertical antennas generally support horizontal coverage across the floor.

On multiple levels, keep most antennas vertical and angle one or two differently to provide varied polarisation and paths. Device antennas also sit in different orientations as phones and laptops move, so a small mix can help.

Follow the manufacturer’s instructions because antenna designs differ. Do not add unapproved high-gain antennas or assume a dramatic angle creates more transmission power. Routers with internal antennas are designed around a normal upright orientation.

How the 2.4GHz, 5GHz and 6GHz bands affect placement

2.4GHz usually reaches farther and handles obstacles better, but it has less capacity and more interference. It suits distant smart-home products and low-bandwidth devices.

5GHz offers the best balance for most phones, laptops, televisions and consoles. It can deliver high speed but weakens more through dense walls than 2.4GHz.

6GHz, used by compatible Wi-Fi 6E and Wi-Fi 7 equipment, provides cleaner spectrum and wide channels. Its best performance occurs near the router or node with relatively few obstacles. Do not place a 6GHz router at one end of the house and expect the band to behave like long-range 2.4GHz.

A combined network name can let the system steer compatible devices between bands. Placement still needs to support the high-performance bands in the rooms where speed matters.

Where should mesh Wi-Fi nodes go?

A wireless mesh node belongs between the main router and the weak area, not inside the dead zone. It needs to receive a healthy connection before it can retransmit useful service. A hallway or open room one or two spaces before the problem room is often better than the far corner itself.

Keep nodes elevated and open under the same rules as the main router. Avoid hiding a satellite behind furniture merely because that is where the power point sits. Use the mesh app’s connection-quality indicator, then verify performance with real devices.

Ethernet backhaul removes the need for every node to maintain a strong wireless path to another node. It gives each access point a dependable wired connection and is the best option for large, masonry-heavy or multi-storey homes.

Where should a Wi-Fi extender go?

An extender also needs a usable incoming signal. Plugging it into the room where Wi-Fi has already collapsed usually repeats a weak, unreliable connection. Start around halfway between the router and the problem area, then adjust based on testing.

Extenders can add latency, reduce throughput and complicate roaming, depending on their design. They are reasonable for one modest dead spot or a low-bandwidth device, but a mesh system or wired access point is generally better for broad whole-home coverage.

When a wired access point is the better fix

A wired access point creates Wi-Fi near the devices without relying on wireless backhaul. It is the most dependable solution for a distant storey, extension, double-brick section or home office.

The access point should still be central, elevated and open within the area it serves. Ceiling-mounted models are designed for ceiling placement; an ordinary desktop router should remain in its intended orientation.

Use consistent network names and security where supported, but understand that roaming behaviour also depends on the devices and controller. More access points are not always better: excessive overlap can cause interference and sticky connections.

Home offices, gaming rooms and televisions

Important stationary devices should use Ethernet where practical. A wired desktop, console or television does not compete for wireless airtime and receives a stable link regardless of someone walking between it and the router.

If Ethernet is not available, place the router or nearest node with a clear path to the room. Strong signal bars alone do not prove quality; test latency, packet loss, upload performance and video-call stability.

Do not sacrifice coverage for the entire household merely to put the router beside one gaming PC. Wire that device or add an access point while keeping the main router in the position that best serves everyone.

How to test potential router positions

Establish the internet baseline. Connect a computer by Ethernet and test the service. If wired performance is poor, placement is not the only problem.
Mark the priority rooms. Include the places where devices are actually used, not just every room on the plan.
Choose two or three realistic positions. Look for central, open, elevated locations with power and a viable Ethernet route.
Move the router temporarily. Use a long Ethernet patch lead where the connection type permits it. Do not commit to fixed cabling yet.
Test at the device position. Sit at the desk, sofa or bed rather than testing in the doorway.
Repeat the tests. Check download, upload, latency and stability at different times. One speed-test result is not a complete diagnosis.
Use the network normally. Make a video call, stream high-quality video and play an online game if those uses matter.
Choose the best compromise. Favour dependable performance in priority rooms over a slightly higher peak number beside the router.

Keep the same client device, server and test conditions when comparing positions. A phone may report different results from a laptop because its radio and antennas differ.

Signal strength is not the whole story

A device can show several Wi-Fi bars and still perform poorly because the band is congested, the return path is weak or the internet connection is busy. Conversely, a moderate signal can provide perfectly stable streaming and browsing.

Measure the result that matters. Video calls need stable upload and low packet loss. Gaming needs consistent latency and low jitter. Large local file transfers need high throughput. Smart sensors generally need reliability rather than speed.

If every device slows at once, test by Ethernet and inspect the NBN service. If only one room is affected, placement or coverage is more likely. If only one device is affected, update and test that device before redesigning the network.

When to pay for an Ethernet relocation

Permanent Ethernet is worthwhile when the ideal router position is far from the NBN equipment, when you need wired backhaul, or when important fixed devices require stability. It can deliver a bigger real improvement than replacing a capable router with a newer premium model.

Australian communications cabling is regulated. ACMA says a registered cabler must perform or supervise customer communications cabling work, and registered cablers can install data cabling and connect from NBN equipment into household cabling after the carrier connection. Ask for proof of registration and the required compliance statement.

A loose, factory-made Ethernet patch lead used temporarily does not justify cutting holes or improvising permanent in-wall wiring. For fixed runs through walls, ceilings or building cavities, use a registered cabler. Electrical work and new power points require an appropriately licensed electrician.

Common router-placement mistakes

Leaving the router beside the NBN box in the garage without testing another position.
Buying a more expensive router before moving the existing one out of a cupboard.
Placing a mesh node in the exact location where the original signal is unusable.
Judging the network only by a speed test performed beside the router.
Assuming a newer Wi-Fi generation automatically travels through more walls.
Putting the router behind a television because the cables are easy to hide.
Focusing on geometric centre while ignoring where people and devices actually are.
Adding too many extenders or nodes and creating overlapping, poorly coordinated coverage.
Running permanent communications cable through walls without a registered cabler.
Forgetting ventilation, power access and the ability to inspect or restart the unit.

Frequently asked questions

Should the router be upstairs or downstairs?

Use the level containing the most important devices, preferably near a central stairwell or open void. In a large two-storey home, one access point per coverage zone is more dependable than searching for one perfect position.

Is it okay to put a router in a cupboard?

It may work, but it is rarely optimal. A cupboard weakens the signal and can trap heat. Place the router on top of the unit or use an open, ventilated shelf.

Can a router sit next to an NBN box?

Yes, if that location also provides good coverage. The problem is not the NBN box; it is that connection boxes are often installed at the edge of the property or in a garage. Test the living areas before accepting that position.

Can I move my NBN modem or connection box?

Do not alter carrier-owned equipment yourself. Depending on the service, you may be able to leave the NBN equipment in place and run Ethernet to the router. Ask your provider, NBN or a registered cabler about equipment and permanent cabling changes.

How far should a mesh node be from the router?

There is no universal distance because walls and construction matter more than metres. Put the node where it still receives a strong connection, commonly partway toward the weak area, and use the system’s app plus real testing to refine it.

Will putting the router higher improve Wi-Fi?

It often helps when the alternative is the floor or behind furniture. An open shelf around waist to head height is a practical starting point. Height cannot compensate for several dense walls or excessive distance.

Does Wi-Fi travel through walls?

Yes, but it weakens. Plasterboard is relatively forgiving; double brick, concrete, metal, mirrors and water are more difficult. The number, thickness and angle of barriers all matter.

Can a better router fix a dead zone?

Sometimes, especially if the old hardware is weak or outdated. However, physics remains. Relocation, a mesh node or a wired access point is usually a more predictable answer for a distant room behind dense barriers.

The final verdict

The best router position is central to real use, elevated, open, cool and clear of major obstacles. In many Australian homes, that means separating the Wi-Fi router from an inconvenient NBN-box location with Ethernet rather than leaving both units in a garage or front cupboard.

Test before spending. A long temporary Ethernet lead and an hour of room-by-room checks can reveal whether relocation solves the problem. If one sensible position cannot cover the property, stop chasing a mythical super-router and build coverage with properly placed mesh nodes or wired access points.

Good Wi-Fi is a layout problem as much as a hardware problem. Put each access point where its signal has the clearest route to the devices it serves, and use cable to cross the barriers wireless cannot handle reliably.

Sources

No manufacturer or retailer paid for inclusion.