Transforming a regular printer or multifunctional device into a fully-fledged network resource is one of the most popular tasks for home networks and small offices. Network MFP Allows you to print documents from any computer, laptop, or smartphone without having to connect a USB cable directly to a specific computer. This frees up your hands and eliminates the need for the "host" computer to which the printer is physically connected to be turned on.
Modern Wi-Fi routers Provide all the necessary tools for setting up such a workflow, whether directly connecting the device to a wireless network or using the USB port on the router itself. However, the setup process often raises questions for users dealing with drivers, IP addresses, and data transfer protocols. In this article, we'll cover all the steps involved in turning your printer into a shared network resource.
Before you begin software configuration, you need to physically prepare your hardware. Make sure your MFP supports a network connection (Ethernet port or Wi-Fi module) or that your router has a USB port for connecting peripherals. It is critical to understand the difference between the operating modes: Connecting your printer directly to your Wi-Fi router offers more flexibility than using the router's USB port, which often has compatibility limitations.
Choosing a Connection Method: Wi-Fi Module vs. Router USB Port
There are two main ways to integrate a printing device into a local network. The first and most reliable option is to use the built-in network module of the MFP itself. If your device is equipped with Wi-Fi adapter or an Ethernet port, it becomes an independent network node. In this case, the router simply provides the communication channel, and the operating system of each computer takes over print queue management.
The second option is suitable for older or budget models that lack network interfaces. It uses the USB port on the back of the router. In this case, the router acts as print servers, broadcasting a USB signal to the network. This method often causes more problems with drivers and data transfer speeds, as not all routers support the full range of print language commands (PCL, PostScript).
When choosing a method, consider the load on your wireless network. If you plan to print large volumes of graphics, a wired connection via Ethernet or a router's USB port will be more stable. For smaller documents (A4, text) Wireless connection via the printer's built-in module is the optimal solution, as it does not take up ports on the router.
- 🖨️ Direct Wi-Fi connection: The printer connects directly to the router as an independent device.
- 🔌 USB via router: The printer is connected via cable to the USB port of the router.
- 📡 WPS: Quick pairing with the push of a button (requires support from both sides).
- 🔒 Safety: Direct connections are easier to secure with custom encryption settings.
⚠️ Attention: Not all USB ports on routers support print server functionality. Often, one port is marked with a printer icon, while the other is intended only for storage devices. Check the specifications of your router model before connecting.
Setting up a direct connection of the MFP to a WiFi network
If you've chosen to use the built-in module, the first step is connecting the device to the network. Most modern models have a display that can be used to access the network settings menu. You'll need to find the section Network or Wireless network and launch the setup wizard. The device will begin searching for available access points.
Find the SSID (name) of your home network in the list. Once selected, you will be asked to enter the password. Be careful when entering characters, as they are case-sensitive. Once entered successfully, the MFP will attempt to connect. IP address Automatically via the router's DHCP server. A successful connection is usually confirmed by the wireless indicator lighting up and a printed report.
For devices without a display, there's WPS technology. If your router and printer support this feature, the process is minimally simplified. Press the WPS button on the router, then the same button on the printer's control panel (or in the menu). The devices will automatically exchange encryption keys and set up the connection. This eliminates the need to manually enter a password, but requires physical access to both devices during setup.
Signal stability is an important aspect. If the MFP is located far from the router, behind thick walls, or in a metal cabinet, connection quality may degrade. In such cases, it is recommended to use a range 2.4 GHz, which has better penetration ability compared to 5 GHz, although it has a lower speed, which is not critical for printing.
Using a router's USB port as a print server
This method is useful if your printer doesn't have a network card. Connect the device to the appropriate port on the router using a USB cable. Important: Do not connect the printer to your computer at this point. Log in to the router's web interface, usually accessible at 192.168.0.1 or 192.168.1.1Find the section responsible for the peripherals, it is often called USB Application, Print Server or Printer.
You need to enable the printing service in your router settings. The interface may prompt you to select a printer model from a list or download drivers, although modern routers (for example, Keenetic, TP-Link, Asus) often operate in raw printing mode, requiring driver installation only on client PCs. Make sure the device status is displayed as "Connected" or "Ready."
After activating the service on the router, you need to correctly configure the ports on your computers. Automatic detection rarely works in this case. You'll need to create a new printing port using the router's IP address and a standard protocol. The commonly used protocol is LPR or Raw with port 9100. The queue name may need to be specified manually, for example, lp1 or usb1, depending on the router model.
☑️ Checking the connection via the router's USB port
⚠️ Attention: When using a router's USB port, printing speed may be significantly slower than when connected directly to a PC. This is due to the limited processing power of the router's processor, which is not designed for intensive graphics processing.
Installing drivers and creating a network port in Windows
Once the device is online, you need to configure the computers that will use the printer. In Windows, go to the Devices and Printers control panel. Select "Add a printer." The system will attempt to find the device, but for guaranteed results, select "The printer I want isn't listed" and switch to manual mode.
Select create a new port type Standard TCP/IP PortIn the name or IP address field, enter the address assigned to your MFP by the router (if a direct Wi-Fi connection was used) or the router's IP address (if the printer is connected via USB). The system will attempt to detect the device. If detection is unsuccessful, in the next window, select "Custom" -> "Protocol: Raw", Port: 9100.
During driver installation, Windows may offer a list of manufacturers. If your model is not listed, click "Have Disk" and specify the path to the driver downloaded from the manufacturer's website. It's important to select the network driver if offered, although a standard USB driver is often suitable, as the system's data transfer interface is already emulated by a TCP/IP port.
After installation, open the properties of the created printer, go to the "Ports" tab, and ensure the box next to the created TCP/IP port is checked. Click "Port Configuration" and ensure "SNMP Status Enabled" is disabled. This feature often causes the "No connection" error on routers that don't respond correctly to SNMP requests from Windows.
Setting up a static IP address for stable operation
One of the main problems with network printing is dynamic IP address changes. A router can now assign a printer an address via DHCP. 192.168.1.50, and after reboot - 192.168.1.55The computer will continue sending jobs to the old address, and printing will stop. To avoid this, you need to reserve the address or assign a static IP.
The most reliable way is to set up DHCP Reservation in the router itself. Go to the LAN/DHCP server settings, find the client list, locate your MFP by its MAC address (indicated on the label or in the network report), and assign it a specific IP address. Now, no matter how many times the device reboots, it will always receive the same address.
An alternative method is to manually enter a static IP address in the printer's settings via its web interface. However, it's important not to enter a static IP address within the range assigned by the DHCP server, otherwise an IP conflict will occur. If DHCP assigns addresses between 100 and 200, it's best to set a static address in the range 2-99 or 201-254.
| Parameter | Recommended value | Description |
|---|---|---|
| IP Address | 192.168.1.200 | Unique address outside the DHCP range |
| Subnet Mask | 255.255.255.0 | Subnet mask (standard for home) |
| Gateway | 192.168.1.1 | Your router's IP address |
| DNS 1 | 8.8.8.8 | You can specify your provider's DNS or Google's. |
What to do if an IP conflict has already occurred?
If two devices on the network have the same IP address, one (or both) will lose connection. You should temporarily disconnect the printer from the network, find the device occupying the desired address in the router, and change its IP or MAC address. Then, assign the printer a free address and turn it back on.
Diagnosing problems and troubleshooting connection errors
Even with proper setup, errors may still occur. The most common error is "Printer unavailable." First, check if the device is visible with the command pingOpen the command prompt (cmd) and type ping 192.168.x.x (your printer's address). If you receive responses (time=...), then the physical connection and network are fine; the problem lies with the driver or port.
If there's no ping, check whether Windows Firewall or antivirus software is blocking network communication. Often, when connecting to a new network, Windows assigns the "Public" profile, which hides your device from others. Switch the network profile to "Private" or "Home" in the network settings.
Another common issue is a frozen print queue. In this case, clearing the spooler helps. Stop the Print Spooler service by services.msc, delete files from the folder C:\Windows\System32\spool\PRINTERS and restart the service. This clears the cache of tasks that are stuck and preventing new ones from printing.
- 🔍 Checking connection: Use the ping command to diagnose IP availability.
- 🛡️ Firewall: Make sure port 9100 or 515 is not blocked.
- 🔄 Reboot: Restart your modem, router, and printer one by one.
- 📄 Drivers: Try using the manufacturer's generic PCL driver.
⚠️ Attention: Router and printer interfaces are constantly being updated. Menu item locations, protocol names, and settings may differ from those described in the instructions. Always consult the official user manual for your specific equipment model.
Frequently Asked Questions (FAQ)
Is it possible to connect a regular USB printer to a router without a Wi-Fi module?
Yes, this is possible if your router has a USB port and supports Print Server. However, compatibility is not 100% guaranteed. Devices with Simple Page Description Language (PCL) work best; complex photo printers may display colors incorrectly or not print at all.
Why can't the computer see the network printer even though the Wi-Fi is on?
Most often, the problem lies in different subnets (for example, one device is on a guest network and the other on the main network) or in the router's client isolation feature. Also, check whether the printer's IP address has changed after rebooting the router.
Will the scanner work over the network with this connection?
The Scan to Network/Email feature only works when the MFP is directly connected to the router (via Wi-Fi or LAN). When connected via the router's USB port, the scanning feature is typically unavailable to network users; only printing is available.
How to find out the IP address of a printer if there is no display?
Log in to your router's web interface and find the "Client List" or "DHCP Server" section. All connected devices will be displayed there. Search for the device by manufacturer name (e.g., HP, Canon, Brother) or by MAC address, which is located on the label on the bottom of the printer.