Connect Printer to 2.4 GHz WiFi: Dual-Band and Mesh Routers

If you need to connect printer to 2.4 GHz WiFi because your printer will not see the network, or its setup app keeps failing, the cause is usually how a modern router mixes its bands, not the printer itself. Many home printers only use the 2.4 GHz band, while most routers now broadcast 2.4 GHz and 5 GHz (and sometimes 6 GHz) under one network name. This guide explains how to check what your printer supports, how to get it connected on dual-band and mesh systems, and how to undo any router changes afterwards.

Why so many printers use 2.4 GHz

Wi-Fi in homes runs on a few radio bands. The 2.4 GHz band reaches further and passes through walls better; 5 GHz is faster but shorter range. A printer moves small amounts of data and often sits in a corner far from the router, so many manufacturers fit a 2.4 GHz-only wireless module, especially in compact home models.

Not every printer is limited this way. Some support both bands. Rather than guessing, check the wireless or network section of your model’s specification sheet or manual. It lists the supported bands or the Wi-Fi standards (802.11b/g/n on 2.4 GHz, for example). If 5 GHz is not mentioned, plan on 2.4 GHz.

How your router is probably set up

Router type	What the printer sees
Older dual-band router with two names (for example “Home” and “Home-5G”)	Only the 2.4 GHz name, which it can join directly
Dual-band router with one combined name (band steering)	One name; the printer connects on the 2.4 GHz side of it
Mesh system (several nodes, one name)	One name from the nearest node; usually 2.4 GHz is available on every node
Router with 2.4 GHz switched off	Nothing it can join

Band steering is the feature that puts both bands under one name and nudges each device onto the band the router thinks is best. A 2.4 GHz printer can still join; it just never sees a separate 2.4 GHz name. Mesh systems work the same way: Google’s mesh help describes several points working together as one network, so a printer near any node can connect.

Step 1: try the normal setup first

On many combined-name routers, setup simply works. Before changing anything:

1. Place the printer within reasonable range of the router or a mesh node for setup. You can move it later and check it stays connected.
2. Use the printer’s standard Wi-Fi setup, from its control panel, the maker’s app or the push-button method. Our wireless printer setup guide covers each route, and connecting a printer with WPS explains the push-button option.
3. Choose your usual network name and enter the password carefully. Wi-Fi passwords are case-sensitive.

If the printer reports it is connected, print a network report to confirm. It usually shows the network name, signal and IP address.

Step 2: if the setup app needs your phone on 2.4 GHz

Some setup apps work by sharing your phone’s current Wi-Fi details with the printer, or by briefly connecting the phone to a temporary network the printer creates. A few of these apps ask for the phone to be on a 2.4 GHz network during setup, and on a combined-name router you cannot easily choose.

What helps:

• Stand further from the router but near the printer; phones tend to switch to 2.4 GHz at range. This is a workaround, not a guarantee.
• Follow the app’s on-screen prompts exactly, including permissions for location and local network access, which some apps need to see Wi-Fi names.
• Use a different setup method if the app keeps failing: the printer’s own control panel, the WPS button, or a computer with a USB cable for the initial setup.

Step 3: split the bands temporarily

If the steps above fail, give the printer a 2.4 GHz network it cannot miss. Open your router’s app or admin page and look for one of these options (names vary by brand):

• Separate the bands, often a switch labelled something like “Smart Connect” or “band steering”. Turning it off lets you give 2.4 GHz its own name.
• A 2.4 GHz-only, IoT or smart-home network, which some mesh systems and routers offer for exactly this purpose.
• Pause 5 GHz temporarily, if your router allows it, so only 2.4 GHz is broadcast under your normal name.

Then run the printer setup again on that network. If it is new or you have changed router, our guide to connecting a printer to a new Wi-Fi network has the full steps.

One caution about IoT or guest networks: some are deliberately isolated from your main network. If phones and computers on the main network cannot see the printer afterwards, put the printer on a network that is not isolated.

Step 4: decide whether to merge back

Here the advice differs depending on what you value. Apple’s recommended router settings say to use a single name for all bands, because its devices connect more reliably that way. Printer setup is often easier with separate names. Neither is wrong; it is a trade-off.

• If you paused 5 GHz under the same name, switch it back on. The printer keeps its 2.4 GHz connection.
• If you gave 2.4 GHz its own name and want to merge again, remember the printer joined that name. Once it disappears, reconnect the printer to the combined network name.
• If you keep separate names, other devices can stay on 5 GHz and still print, because both bands belong to the same network.

Distance and placement

A 2.4 GHz printer at the far end of a house may connect during setup but drop off later. Keep it in range of the router or the nearest mesh node, away from microwave ovens and thick walls where possible. If the signal is consistently weak and you have a free port nearby, Ethernet printer setup avoids Wi-Fi bands entirely.

Mesh systems and 2.4 GHz

Mesh systems such as Google Nest Wifi, eero and Deco nearly always use one network name for every band, which is what Apple’s router recommendations advise too. That is usually fine for a 2.4 GHz printer: it simply joins on the band it supports. Problems come from a few mesh-specific settings rather than the band itself:

• A band switched off. Some mesh apps let you disable 2.4 GHz to “speed up” the network. Leave it on.
• Two routers. If the mesh sits behind your provider’s router and both are routing, the printer and your laptop may end up on different networks. Google’s help calls this double NAT and uses printing as its example.
• Changing addresses. Reserve the printer’s IP address in the mesh app so computers can always find it.

Our printer on mesh Wi-Fi guide covers each of these. If guests also need to print, keep the printer on the main network and see let guests print on a guest Wi-Fi network.

Then add the printer on your devices

With the printer on the network, add it as usual: add a printer in Windows 11, add a printer on Mac, or print straight from iPhone and Android. If a computer cannot find it, the printer’s IP address lets you add it directly.