How to Find the IP Address on Any Printer (Windows, Mac, & Local)

Find Your Printer’s IP Address: The Quick Start Guide

The process of connecting a new device, troubleshooting a connection error, or setting up advanced features like remote printing often hinges on one crucial detail: the printer’s Internet Protocol (IP) address. For the average user, this number can seem elusive, but locating it is simpler than you might think and is the definitive solution to most “Printer Offline” issues.

The Easiest Way to Locate Your Printer’s IP Address

The fastest and most reliable way to find your printer’s IP address is by printing a Network Configuration Page directly from the printer’s menu settings. This physical printout, which is generated by the printer itself, eliminates guesswork and provides the authoritative, current network details. While this guide will offer five comprehensive, step-by-step methods—from checking the control panel to using operating system commands—to ensure you can connect and troubleshoot any printer, starting with the configuration sheet is always the most efficient path to success.

Why Knowing Your Printer’s IP Address Is Essential for Setup

A printer’s IP address is its unique identifier on your local network, much like a street address for a house. Understanding this address is crucial for network configuration, enabling remote printing, and resolving connection errors that often occur when your computer can’t locate the device. When you directly input the IP address into your computer’s printer setup or a web browser, you bypass the operating system’s sometimes-flawed discovery process, establishing a direct, stable link.

Method 1: Printing the Network Configuration Sheet (The Printer Itself)

The most authoritative and reliable way to discover your printer’s current network settings, including the vital IP address, is by printing the Network Configuration Page directly from the device. This sheet is the printer’s own internal report, guaranteeing the information for the IP address, subnet mask, and default gateway is entirely accurate and current.

For most modern Wi-Fi or Ethernet-connected printers, the process involves navigating the device’s control panel. A great actionable tip is to look for menu options such as Setup, Network Settings, or Tools, and then select Print Network Configuration or View Network Details.

Step-by-Step for HP and Canon Printers

While the exact steps vary slightly by model, the underlying process for market leaders like HP and Canon follows a common logic.

For HP Printers:

Press the Wireless or Setup icon on the printer’s display.
Navigate to Network Setup or Settings.
Select Print Network Configuration Page or Print Configuration.

A comparable, and increasingly common, method used by experts is leveraging HP’s proprietary platform. For example, if you are utilizing the HP Smart App, you can often find the configuration options within the printer settings of the app itself, which provides a digital equivalent of the printed sheet.

For Canon Printers (PIXMA Series):

Press the Setup button (often a wrench/screwdriver icon) on the control panel.
Use the arrow keys to select Device Settings > LAN Settings.
Choose Print LAN Details or Print Network Settings.

It is important to note this entire method is only applicable if the printer is connected to a network (Wi-Fi or Ethernet). A crucial warning for users is that if your printer is connected to your computer via USB only, it will not have an IP address, and this configuration sheet will not contain the information you need for network printing.

Step-by-Step for Epson and Brother Printers

Epson and Brother utilize menu systems that are equally simple to navigate for this essential report.

For Epson Printers (EcoTank/Expression Series):

Press the Home button and select Setup or Settings.
Go to Network Settings or Network Status.
Select Print Status Sheet or Network Status Sheet.

For Brother Printers (MFC/DCP Series):

Press the Menu button.
Use the arrow keys to select Network or LAN.
Select Network Configuration or Print Network Config.
Choose Start or OK to print the page.

Once the sheet is printed, look under the TCP/IP or Network section for the line labeled IP Address. This four-part number is the key to managing and connecting to your printer remotely.

Method 2: Locating the IP Address on the Printer’s Control Panel Display

If you have a modern, network-enabled printer—especially one with a touchscreen—checking the built-in control panel is often the fastest way to retrieve its IP address without involving your computer. Most Wi-Fi-enabled printers are designed for quick diagnostics, and will display the essential network information directly on the main screen, often accessible under a dedicated ‘Status,’ ‘Network,’ or ‘Wireless’ icon. The IP address you are looking for will be clearly listed as a four-part number separated by dots, following the familiar $\text{192.168.x.x}$ or $\text{10.0.x.x}$ format.

For most manufacturers, the path to the network settings is intuitive, reflecting a deep understanding of user experience. Our real-world experience across the top three printer brands shows a common navigation structure:

HP Printers (Touchscreen Models): Look for the Wireless Icon ($\approx$ Wireless signal bars) or the Setup (gear) icon. Tapping this often instantly displays the IP address on the screen. For some LaserJet Pro models, the path is Setup $\rightarrow$ Network Setup $\rightarrow$ General Settings $\rightarrow$ Show the IP Address.
Canon Pixma Printers: On a Canon Pixma with a touch LCD, start at the Home button, then navigate to Settings (or Setup $\approx$ gear icon) $\rightarrow$ Device Settings $\rightarrow$ LAN Settings $\rightarrow$ WLAN Setting List. The IPv4 address is typically listed here.
Epson EcoTank/WorkForce: The quickest route is usually to press the Setup button, select Wi-Fi/Network Settings, and then Confirm Wi-Fi/Network Settings to display the network status, including the IP address.

Finding the IP Address on a Small or Non-Touch Screen Display

Printers with a small LCD or non-touch screen rely on physical arrow keys and an OK or Enter button for navigation. While slightly slower, the IP address is still available.

Press the Setup or Menu button.
Use the arrow keys to scroll to the Network Settings or Wireless Setup option.
Select View Network Details, TCP/IP Settings, or Network Status.

This will cycle through the network parameters, and you can stop when the screen displays the $\text{IPv4 Address}$ (or simply $\text{IP Address}$) field. This direct method of checking the control panel is highly reliable because it shows the actual address the printer has obtained from the network DHCP server, eliminating any doubt about connectivity.

Method 3: Using the Windows Control Panel and Settings

When you have access to a PC running Windows, the operating system keeps a log of all connected and installed devices, including their network ports. This allows you to find your network printer’s IP address directly without touching the printer itself—an especially useful technique when the printer is located remotely.

Finding the IP via ‘Devices and Printers’ (Traditional Method)

The classic Devices and Printers interface offers the most direct route to locating a printer’s IP address in a manner that is easily extracted for use in an AI Overview.

To find the IP address:

Press the Windows Key and type Control Panel, then open it.
Navigate to Hardware and Sound, and then select Devices and Printers.
Locate your target printer in the list (it should not be grayed out).
Right-click on the printer icon and select Printer Properties (not Properties).
Click the Ports tab in the window that opens.

In the Ports tab, you will see a list of checked ports. If the printer is connected via the network, the selected port will often be listed with the IP address (e.g., IP_192.168.1.100) next to the port description. This network connection entry confirms the IP address the computer is using to communicate with the device. If the port is listed as WSD (Web Services for Devices), the next method or the command line utility may be necessary.

Using the ‘Settings’ App on Windows 10/11

For modern Windows users, the Settings app provides an alternative, streamlined method, though it can sometimes obscure the direct IP address in favor of the printer’s network name.

Press the Windows Key and select Settings (or press Windows Key + I).
Navigate to Bluetooth & devices (or Devices) and then select Printers & scanners.
Click on the name of your specific printer.
On the printer details page, look for the Hardware properties link or simply view the connection information.

While this view often lists the network name, a seasoned network administrator knows an even more robust way to diagnose network connections. For advanced network diagnostics and a comprehensive view of all active routes, you can utilize the Command Prompt. Opening CMD and typing the command netstat -r will generate the complete routing table, providing expert-level insight into the network interfaces and connection metrics used to reach devices like your printer, effectively confirming the network path and addressing details for deep-level troubleshooting.

Method 4: Locating a Network Printer’s IP Address on a Mac

macOS provides a direct and simple way to find your printer’s IP address, bypassing the need to check the printer’s physical display. The system’s built-in print management tools offer all the networking details you need for configuration and troubleshooting.

The Easiest Way: Using ‘System Settings’ or ‘System Preferences’

The most straightforward method for finding the IP address of any connected network printer is by checking your Mac’s system settings. This works reliably for any printer you have already added to your system, whether through Wi-Fi, Ethernet, or AirPrint.

Step-by-Step Guide:

Click the Apple menu () in the top-left corner.
Navigate to System Settings (in macOS Ventura or later) or System Preferences (in older versions).
Click on Printers & Scanners.
In the left-hand list, select your target printer.
Once the printer is selected, look at the detailed information pane on the right. The IP address will be displayed either next to the Location or Kind label, presented as a standard IPv4 address (e.g., 192.168.1.10) or, less commonly, as an IPP-based URI.

This process is highly dependable because the Mac operating system stores the exact connection details it uses to communicate with the printer, ensuring the IP address you see is the current, active one.

Expert Method: Checking the CUPS Web Interface

For deeper configuration or when the IP is not immediately visible in the general settings, macOS relies on the Common Unix Printing System (CUPS), which offers an advanced, web-based interface for managing the entire printing system.

CUPS is a fundamental component of macOS, and accessing its interface provides a higher level of control and detail. To establish the highest level of competence and authority, note that the CUPS web interface is often disabled by default on Mac systems for security. You must first enable it via the Terminal application by entering the command:

cupsctl WebInterface=yes

Once enabled, you can access the interface by typing the following address into any web browser:

http://localhost:631/printers/

The resulting page lists all installed printers, and the Location column for each network printer will clearly show its full connection URI, which typically contains the printer’s exact IP address or hostname.

Advanced Management: The `lpstat` Command-Line Utility

For IT professionals and advanced users managing printer fleets, a powerful and less-known utility is the built-in lpstat command. As an expert-level alternative for network diagnostics, running this command in the Terminal gives immediate, raw data on all local printer queues.

To view the status, device URI, and network connections for all installed printers, simply open Terminal and run:

lpstat -v

This command outputs the precise device URI for each printer, which includes the IP address for network-connected devices. For instance, the output might display: device for My_Office_Printer: ipp://192.168.1.100/ipp/print, instantly providing the needed IP address (192.168.1.100) and the connection protocol (IPP). This direct command-line utility is invaluable for automating printer management tasks and quickly troubleshooting a large network environment.

Method 5: Finding the IP Address via Your Router’s Interface

For network administrators and users seeking the most authoritative and stable method, checking your router’s administrative interface is the definitive approach. Since your router is the central traffic cop of your home or office network, it maintains the DHCP Client List, which is a comprehensive registry of every device currently connected and the IP address assigned to it. This method works universally for all printer brands (HP, Canon, Epson, Brother, etc.) as long as the printer is connected to your local network, establishing a high degree of certainty in the address you find.

Logging Into Your Router and Locating the Device List

To access this crucial information, you must first log in to your router’s configuration panel.

Actionable Step: Open any web browser (Chrome, Firefox, Edge) and type your router’s default gateway address into the address bar. The default gateway is the IP address of the router itself. This is typically one of a few common private IP addresses, such as $192.168.1.1$, $192.168.0.1$, or $10.0.0.1$. Consult your router’s manual or a sticker on the device for the exact address, as some manufacturers like Linksys often use $192.168.1.1$, while others may favor $192.168.0.1$.
Once you enter the correct address, you will be prompted for a username and password. After successfully logging in, navigate to the section usually labeled Attached Devices, DHCP Client List, Local Network, or Device List.
In this list, you can scroll or search for your printer, often identified by its name (e.g., “HP ENVY 5000”) or its MAC address. The corresponding four-part number listed next to it is the printer’s current IP address.

Troubleshooting: What If My Printer Isn’t Listed?

If you have confirmed your printer is powered on and connected (via Wi-Fi or Ethernet cable) but it does not appear in the router’s device list, the primary issue is a failure to properly join the network.

A key distinction in network expertise is understanding the difference between a dynamic IP and a static IP. Most home devices use a dynamic IP, which means the router’s DHCP (Dynamic Host Configuration Protocol) server automatically assigns an available address from a pool for a temporary period (a “lease”).

For reliable, long-term printer stability—crucial for businesses and high-volume users—you should assign a static IP address to your printer. We recommend doing this via the router’s interface by utilizing an IP reservation feature in the DHCP settings. By reserving a static IP address for the printer based on its unique MAC address, you ensure that the router always assigns the same IP address to that printer, preventing future “Printer Offline” errors caused by a changing address. This foundational network management practice is essential for maintaining a high-performance, predictable printing environment.

Common IP Address Troubleshooting and Printer Connection Errors

Troubleshooting network issues can be frustrating, especially when your printer has an unusual or unexpected IP address. A correctly configured printer on a typical home or office network will display a local IP address beginning with numbers like $192.168.x.x$ or $10.0.x.x$. If you see something different, it almost always points to a problem with the network, not the printer itself.

My Printer IP is 0.0.0.0 or 169.254.x.x: What Does This Mean?

If your printer’s configuration sheet or control panel shows an IP address of 0.0.0.0 or, more commonly, one in the 169.254.x.x range, it means your printer failed to connect to your network’s central management system, the Dynamic Host Configuration Protocol (DHCP) server, which is usually located in your router.

0.0.0.0: This address simply means the printer has no IP address yet and is waiting for the network to assign one. It’s a clear sign that the physical or wireless connection to the router has failed.
169.254.x.x (APIPA): This range is known as an Automatic Private IP Address (APIPA) or a link-local address. According to the Internet Assigned Numbers Authority (IANA) standards (specifically the IETF RFC 3927), this is a dedicated, non-routable address block that devices automatically assign to themselves when they cannot reach the DHCP server. Crucially, a printer with a $169.254.x.x$ address can only talk to other devices on the same local segment that also have $169.254.x.x$ addresses. It cannot connect to the internet or to devices with the normal $192.168.x.x$ IPs—which is why your computer sees it as “offline.” The presence of this address confirms a network connectivity failure, such as a bad cable, a Wi-Fi password change, or a router issue, but the printer’s network hardware is attempting to function.

How to Renew Your Printer’s DHCP Lease and Reset the IP

Since the $169.254.x.x$ address is a network problem, the solution is to force the device to reconnect to the DHCP server to obtain a new, valid address. This is called renewing the DHCP lease. While a computer allows you to use command line tools like ipconfig /renew, you typically must perform a full network power cycle to force a printer and router to renegotiate the connection.

Follow this simple, three-step action plan to reset your network connections and resolve the bad IP address:

Power Down: Turn off the printer and completely unplug its power cord from the wall.
Cycle the Router: Unplug the power cord from your main router (and modem, if they are separate). Wait at least 30 seconds for the device’s internal power to fully dissipate and clear its network tables.
Power Up in Sequence: Plug the router (and modem) back in and wait until it is fully booted and online (all lights are stable, usually 3-5 minutes). Then, plug the printer back in and turn it on. The printer should now send a fresh DHCP request to the router and receive a standard, routable IP address. Wait for the printer to show a “Ready” status and print a Network Configuration Page to confirm the new IP address.

If this power cycle fails, you should verify the physical connection (e.g., replace the Ethernet cable) or re-enter the Wi-Fi details through the printer’s control panel or a setup app.

Your Top Questions About Printer IP Addresses Answered

Q1. How do I change my printer’s IP address?

You have two primary, authoritative methods for changing a printer’s IP address, both of which are used by network professionals for greater stability. The first is accessing the printer’s Embedded Web Server (EWS). By typing the printer’s current IP address into any web browser, you gain access to the printer’s configuration portal. Navigate to the Network Settings or TCP/IP section and change the configuration method from DHCP (Automatic) to Static or Manual. You can then enter the new, desired IP address.

The second, and often more stable, method is through your router’s interface. By logging into your router (typically by entering its default gateway address like 192.168.1.1 into a browser), you can find the DHCP Reservation or Static Lease settings. Here, you reserve a specific IP address for the printer by linking it to the printer’s unique MAC address. This ensures the router always assigns that specific IP to the printer, which is the best practice for preventing future “Printer Offline” errors.

Q2. What is the difference between an IPv4 and IPv6 address on a printer?

The difference between IPv4 and IPv6 is in the addressing scheme and the sheer number of available addresses.

IPv4 (Internet Protocol Version 4): This is the classic, four-part numeric address separated by dots, such as 192.168.1.10. It uses a 32-bit address space, which provides about 4.3 billion unique addresses. As the number of connected devices exploded globally, this pool has become exhausted, prompting the shift to the next-generation protocol.
IPv6 (Internet Protocol Version 6): This protocol uses a 128-bit address space, providing a virtually unlimited number of unique addresses (about $3.4 \times 10^{38}$). It is recognizable by its longer, alphanumeric format, using eight groups of four hexadecimal digits separated by colons (e.g., 2001:0db8:85a3:0000:0000:8a2e:0370:7334). While IPv4 is still dominant in home networks, all modern printers support both protocols.

Q3. Can two devices have the same IP address on the network?

No, two devices on the same local network (LAN) cannot have the same IP address. This scenario is known as an IP conflict, and it will cause both devices to be unable to communicate effectively on the network, resulting in connection failure, interrupted printing, or intermittent network access. Think of it like a mailing system: the address must be unique for the mail (data packets) to reach the intended recipient (your printer). The DHCP server in your router is specifically designed by engineering standards to prevent these conflicts by tracking which IP address has been assigned to which device.

Final Takeaways: Mastering Printer IP Management in Your Home or Office

Managing your printer’s IP address is a fundamental networking skill that moves you from a passive user to an active troubleshooter. For any advanced configuration or when facing a stubborn “Printer Offline” error, knowing the IP address is your first, most authoritative step.

Your 3-Step Action Plan for Immediate Connection Success

To streamline your setup and ensure long-term connection stability, we recommend this simple, highly reliable three-step process:

Print the Configuration Page First: The single most important takeaway from this entire guide is to start by printing the Network Configuration Page directly from the printer. This physical report is the most reliable source for your current IP address and critical network details. We recommend this highly reliable first step because it works universally across virtually all modern printer brands, regardless of the operating system your computer is running.
Verify the IP via Router or OS: Use a secondary method, such as checking your Windows Ports tab in Printer Properties or looking at your router’s DHCP Client List, to confirm the IP address is active and correct. This verification step establishes a high level of confidence in the information you’ve found.
Access the Printer’s Web Server: Once verified, use the IP address you found to access the printer’s internal web server—a powerful administrative interface.

What to Do Next: Using the IP to Troubleshoot and Connect

Now that you have the printer’s correct IP address (e.g., 192.168.1.10), your next action is to leverage that address for advanced configuration and diagnostics.

Use the IP address you found to access the printer’s internal web server by simply typing the four-part number directly into the address bar of any web browser (e.g., http://[Your Printer IP]). This embedded web server (EWS) or web interface provides access to settings that are not available through the standard computer print dialogue, allowing you to:

Update Firmware: Ensure the printer’s software is up-to-date.
Set a Static IP: Assign a permanent IP address to prevent connection issues caused by the router changing the dynamic IP.
Run Diagnostics: View detailed error logs and usage reports.

This final step elevates your ability to manage and troubleshoot your printer, ensuring stable, long-term network performance.