– requires given to be executed as a regular non-privileged user
We will cover two methods below, both command line and GUI. If you are currently remotely connected to your Raspberry Pi, such as with a VNC connection or an SSH connection, then you may lose the connection to your Raspberry Pi, at least temporarily, when configuring a new IP address. Therefore we recommend being physically in front of the Raspberry Pi when carrying out this type of configuration.
Follow the steps below to set a static IP address on your Raspberry Pi via commmand line:
Find current IP address of Raspberry Pi:
Find the default gateway (the IP address of the router, on home networks):
Find the IP address of the DNS server:
We have used interface eth0 above. If, instead, you need to configure a static IP address for the wireless interface, then use wlan0 . We have chosen an IP address that is on the same /24 network as the router / default gateway so that the Raspberry Pi will be able to access it, and then filled out the default gateway and DNS info with the same that we retrieved earlier.
In this tutorial, we saw how to set a static IP address on a Raspberry Pi system. This included a command line method and GUI desktop method, depending on whether you use your device as command line only or usually have a monitor connected. It is always a good idea to be physically next to the Raspberry Pi when configuring network settings, since a slight mishap could lead to losing connection.
This tutorial explains how to set a static IP address on a Raspberry Pi 5 using nmcli
Setting the static ip, my ip address changed but ping 8.8.8.8 doesn't work.
Ideally you already have your Raspberry Pi set up and connected to a network that has assigned you an IP address using DHCP. In my case, the network I will be modifying was set up when I imaged the Raspberry Pi OS to my SD card (the Wi-Fi connection).
A lot of tutorials you may find for setting a static IP address on a Raspberry Pi will mention dhcpcd. As discussed here , dhcpcd was replaced with nmcli in the newer releases.
First, we need to find the name of the configuration to update. Run nmcli con show to show all connections, this will output something like this:
I want to update the configuration associated with Wi-Fi which is device wlan0 - this means the configuration I need to update is "preconfigured".
Next set the the IPv4 address, you will need to substitute your configuration name and IPv4 address in CIDR notation in this command: nmcli con mod <configuration name> ipv4.addresses <ip address> . So I would run,
Next set the IPv4 gateway, for a lot of people, this will be the IP address of your router,
Next set the DNS, again, you could use your router but you could also use another like 8.8.8.8 ,
Next set the addressing from DHCP to static,
Restart the connection to pick up these changes,
Check your new IP address with ip addr show wlan0 (or whatever device you are using). Lastly check your network connectivity by doing a quick ping using ping 8.8.8.8 .
If you can see the Raspberry Pi has the new IP address but it cannot talk to the internet, you may have forgotten to set the DNS or have set it to something that isn't a DNS.
Stack Exchange network consists of 183 Q&A communities including Stack Overflow , the largest, most trusted online community for developers to learn, share their knowledge, and build their careers.
Q&A for work
Connect and share knowledge within a single location that is structured and easy to search.
I have followed (any one of hundreds) tutorial, and it does not work.
How do I set up networking/WiFi/static IP address on the Raspberry Pi?
After the Foundation introduced the dhcpcd networking system to Raspbian in May 2015 there were hundreds of questions (partly because the Foundation didn't produce any documentation). After answering dozens of questions I decided to produce a canonical answer. This proved to be more difficult than anticipated - especially as the implementation keeps changing - hopefully I have continued to keep it up-to-date.
(Originally I referred to this as a Dorothy Dixer , but this is apparently an Australian idiom.)
Raspberry pi os bookworm uses network manager by default so this answer is no longer current..
This tutorial describes how to setup networking using the default network manager dhcpcd included in Raspbian since 2015-05-05 and Raspberry Pi OS . It applies to the Foundation releases of Raspberry Pi OS -Bullseye , Raspberry Pi OS -Buster , Raspbian Buster , Raspbian Stretch , Raspbian Jessie and the last Raspbian Wheezy . Bullseye & Buster settings are identical to Stretch.
If you are using an Ethernet connection with a router there should be no configuration required and it should work out of the box. The Pi3B+ and Pi4 have Gigabit Ethernet interfaces and will only work on a Gigabit Ethernet (1000BASE-T) router if a 8 wire CAT 5E cable is used. Earlier Pi models which only supported 100BASE-T work over 6 wire cable.
NOTE The Pi3/Pi Zero W inbuilt WiFi does not support 5GHz networks, and may not connect to Ch 12,13 on 2.4GHz networks until wireless regulatory domain is set.
WiFi on 5GHz enabled devices is disabled until wireless regulatory domain is set (Pi4B, Pi3B+, Pi3A+)
The domain can be set through Raspberry Pi Configuration (rc_gui), raspi-config or by setting country= to an appropriate ISO 3166 alpha2 country code in /etc/wpa_supplicant/wpa_supplicant.conf .
If you use the latest Raspberry Pi Imager there are advanced options, invoked by the magic key sequence: Ctrl-Shift-X . These enable you to set many initial options; hostname, username, password, ssh, WiFi Country Code etc during imaging. This should enable you to setup a headless system, without the need to edit any files.
If you are using WiFi and the GUI set up by following Using the Desktop
If you are using WiFi from the Command Line set up by following Using the Command Line This is the only way to set up a network which does not broadcast SSID .
This can also be used to setup a 'Headless' system e.g. using a serial console cable, but it MUCH easier if you can borrow a monitor and keyboard for setup. See below for another possible method using an Ethernet cable to a PC.
The following are advanced options, headless raspbian wifi setup.
Raspbian , since May 2016, checks the contents of the boot directory for a file called wpa_supplicant.conf , and will copy the file into /etc/wpa_supplicant , replacing any existing wpa_supplicant.conf file that may be there. The file in the boot directory is then removed. This can be used to enable headless setup, using the wpa_supplicant.conf settings detailed below or Setting up a Raspberry Pi headless (You will probably want to enable ssh as well.)
NOTE the links to raspberrypi.org suggest using ifconfig - this is deprecated use ip a; ip r instead.
NOTE If you use the latest Raspberry Pi Imager the advanced options Ctrl-Shift-X make the above unnecessary.
If you just want to know the IP Address your Pi is using enter hostname -I on the command line.
As of the November 2016 release, Raspbian has the SSH server disabled by default. You will have to enable it manually.
Enter sudo raspi-config in the terminal, first select advanced options , then navigate to ssh , press Enter and select Enable or disable ssh server.
For headless setup, SSH can be enabled by placing a file named 'ssh', without any extension, onto the boot partition of the SD card.
If you are running a recent Raspbian /etc/network/interfaces should be as below. If you have changed it PUT IT BACK. (Or on Stretch just delete it - it effectively does NOTHING.)
The file /etc/wpa_supplicant/wpa_supplicant.conf will be created/modified by the recommended setup methods, but can be setup by hand. Recent Raspbian have an option in raspi-config to enter SSID and Password. It should contain something like the following:-
If you need to connect to a private network (i.e. no broadcast SSID ) include the line scan_ssid=1 inside network={⋯} .
NOTE If you want to connect to different networks (e.g. at work or home) you can include multiple network={⋯} entries.
If you have access to multiple networks and want to connect to a specific network, include the line priority=100 inside the network={⋯} entry. You can select a different priority for each network, the highest priority accessible network will be selected; the default is 0.
There are many other options which can be used see man wpa_supplicant.conf .
Jessie does not include the 10-wpa_supplicant hook to manage WiFi interfaces, so links to wpa_supplicant are needed. These settings are incompatible with Predictable Network Interface Names.
The /etc/network/interfaces used by Jessie should be:-
NOTE calling dhcp in /etc/network/interfaces will disable dhcpcd .
Stretch introduced 1 predictable network interface names which have been used in other distributions for some time.
Network interfaces will have names formed from a prefix en — Ethernet or wl — wlan followed by x indicating MAC and the MAC e.g. enxb827eb123456 or wlx00c140123456 . The onboard WiFi of the Pi4, Pi3 and PIZeroW which is connected over sdio will however use the name wlan0
This can be beneficial to those using multiple network interfaces, however for most Pi users, with a single Ethernet and WiFi interface will make little difference. The previous names eth0 and wlan0 can be restored if you pass net.ifnames=0 on the kernel command line in /boot/cmdline.txt .
There is an option in raspi-config to enable predictable network interface names.
1. For some incomprehensible reason the Foundation decided to "Disable predictable network interface names for Ethernet devices" only 3 weeks after introducing the long-awaited feature. There is an option under Advanced Options of raspi-config to toggle this setting.
If you want your Pi to be assigned a predictable IP Address you can either reserve one in your router OR request the DHCP server to assign one. E.g. the following will request an address on wlan0 .
request [address] Request the address in the DHCP DISCOVER message. There is no guarantee this is the address the DHCP server will actually give. If no address is given then the first address currently assigned to the interface is used.
If you request an IP Address within the range managed by the DHCP server which is available this should be honoured, otherwise the DHCP server will allocate an address as normal.
If you want an IP Address outside the range managed by the DHCP server e.g. if you have a range of addresses reserved use the inform directive.
inform address[/cidr[/broadcast_address]] This does not get a lease, just notifies the DHCP server of the address in use. You should also include the optional CIDR network number in case the address is not already configured on the interface.
If you REALLY need a static IP Address see separate answer Static IP Address
Raspbian, by default, uses dhcpcd to manage network interfaces. This is automatic, and most users need do no more than specify the SSID and password for wireless networks.
It is possible to configure how dhcpcd works by entering options in /etc/dhcpcd.conf ; see man dhcpcd.conf .There is a good article on dhcpcd at https://wiki.archlinux.org/index.php/dhcpcd
The following describe some of the more common configurations:-
It is possible to configure a static profile within dhcpcd and fall back to it when DHCP lease fails. This is useful particularly for headless machines, where the static profile can be used as "recovery" profile to ensure that it is always possible to connect to the machine. The static profile is setup as any other Static IP Address
This is often done to enable the Pi to act as an Access Point ( link removed from raspberrypi.com ) (which needs to be configured using other files), while allowing normal DHCP configuration on other interfaces.
Add denyinterfaces wlan0 to the end of the file (but above any other added interface lines).
If you want an interface to not install any default routes (often used in conjunction with a static IP address) specify
dhcpcd can configure interfaces dependent on the host network. This uses the Address Resolution Protocol (ARP) to probe hosts based on MAC or IP address before attempting DHCP resolution.
You can speed up DHCP by disabling ARP probing if you are not using these features and have a simple network.
It is possible to configure dhcpcd to use different wpa_supplicant.conf files for a specific wireless interface.
Create a file named wpa_supplicant-"$interface".conf in /etc/wpa_supplicant/ e.g. wpa_supplicant-wlan0.conf will only be used by wlan0
/etc/wpa_supplicant/wpa_supplicant.conf will be used for any other wireless interfaces.
Recent versions of Raspbian (which use dhcpcd ) allow ssh to work over a link-local address and avahi (which is a zeroconf implementation) enables programs to discover hosts running on a local network.
This means you can plug the Pi into a Computer (with an Ethernet cable) or a local network router and connect without knowing the IP address.
You can easily connect from Linux and OS X with ssh [email protected] (Prior to 2020-04-04 version of Bullseye the default username was 'pi', hostname raspberrypi . This is now set on initial boot.) This should work with popular GUI ssh programs. This is sometimes problematic with some versions of Windows and networks which use .local in a non-standard way. (See https://en.wikipedia.org/wiki/.local )
NOTE .local resolution does not always work e.g. in rsync . The following should resolve IP (and can be included in bash scripts) RemotePi=$(getent hosts hostname.local | awk '{ print $1 }')
If your system does not have getent to query the hosts e.g. macOS you can use the following:- RemotePi=$(arp -n hostname.local | awk '{x = $2; gsub(/[()]/, "", x); print x }')
If you have multiple Pi you need to make sure each Pi has a unique hostname.
You can use a crossover cable, but you don't need one (most modern interfaces automatically detect).
One drawback of direct connection is that the Pi will have no Internet access and the date will not be set. You can copy the date from the host by running ssh [email protected] sudo date -s$(date -Ins) before connection.
This tutorial is about setting up a normal Raspbian/Raspberry Pi OS installation to access the internet using the included software. It also covers connections to other computers on the same network.
It is primarily aimed at helping new users struggling to get their Pi (especially WiFi) working .
It does NOT cover:- Other Network Managers. Running advanced networking on the Pi (e.g. DHCP servers, Tunnelling, VPN, Access Point). Use of ipv6 (although if you have an ipv6 network this should work). Alternate networking setups. (There are many different ways of setting up networking.)
The Pi3B+ and Pi4 have Gigabit Ethernet interfaces and will only work on a Gigabit Ethernet (1000BASE-T) router if a 8 wire CAT 5E cable is used. Earlier Pi models which only supported 100BASE-T work over 6 wire cable.
If you use the latest Raspberry Pi Imager there are advanced options, invoked by the magic key sequence: Ctrl-Shift-X . These enable you to set many initial options; hostname, password, ssh, WiFi Country Code etc during imaging.
Questions about setting Static IP Address are among the most common on this site. There are very many tutorials (many wrong, obsolete or incomplete).
If the reason you are contemplating a Static IP Address is you want your Pi to be assigned a predictable IP Address you can request the DHCP server to assign one. E.g. Adding the following to /etc/dhcpcd.conf will request an address on wlan0 and on eth0 .
Disclaimer Before proceeding I feel obliged to state that setting up a static address is NOT recommended. Telecommunications Engineers do not do this. Static IP Addresses can be the bane of a Network Administrator's life. There are situations where Static IP Addresses are necessary e.g. if you are running a DHCP server, or running on an isolated network with no DHCP server. If you want to have a known IP Address it is preferable to reserve one on your DHCP server - preferably outside the range served by DHCP (I do this for my network printers). This avoids the complication of determining gateways etc.
If you are determined to proceed anyway you should make sure you get it right.
This is most easily done with the Pi itself, using DHCP, but can be done on any computer on your network, although the commands may differ on other systems.
The above assumes IPV4 addressing - if your ISP uses IPV6 omit the "-4" parameter.
which should give an output like:
The first address is the IP address of your Pi on the network, and the part after the slash is the network size. It is highly likely that yours will be a /24.
The second address is the brd (broadcast) address of the network.
Find the address of your router (or gateway)
Finally note down the address of your DNS server, which is often the same as your gateway.
Then follow ONE of the following methods. (There are other methods not documented here. These are the most common on Raspbian.) ( In either method substitute the appropriate network interface name for eth0 , wlan0 or predictable network interface names . )
If you want to find the interface names, even if not connected, run the following command ls /sys/class/net/
In either method you should choose IP addresses which are not in use; ideally outside the range used by your DHCP server, within the same sub-network.
Leave /etc/network/interfaces at its default (as above).
Edit /etc/dhcpcd.conf as follows:-
ip_address is the address and size from the command above (or another unused address on the same network), routers is the address of your router (or gateway). domain_name_servers is the DNS address(es) from /etc/resolv.conf. (see man dhcpcd.conf )
There is a good article on dhcpcd at https://wiki.archlinux.org/index.php/dhcpcd The Fallback profile is an alternative to static IP
NOTE This method is NOT recommended (and only works if you disable the DHCP client daemon), particularly if you plan to use both interfaces.
Configure a static network adddress on your Pi in /etc/network/interfaces
address is the address from the command above (or another unused address on the same network), netmask 255.255.255.0 corresponds to network size /24 . gateway is the address of your router (or gateway).
You can also specify dns-nameservers , but this is generally not necessary. The broadcast is automatically derived from address and netmask and need not be specified. For more detail see https://wiki.debian.org/NetworkConfiguration
You can set either or both eth0 , wlan0 or one of the predictable network interface names
Then disable the DHCP client daemon and switch to standard Debian networking :
Reboot for the changes to take effect:
For a static IP address on an Ethernet connection:
Type in the following lines on the top of the file:
sudo reboot
This needs to be done for the recent Jessie update. /etc/network/interfaces should be left alone . Open your browser and enter your router address (192.168.1.1 for most) and check your home network to make sure the Raspberry Pi shows up as 'Static'.
Short and foolproof method how to do this with:
This will set a fixed IP and enable the ssh daemon:
I'm using to this to access my Raspbian Jessie and Stretch which boots without a attached monitor, with power and ethernet only. After accessing it with a ssh shell I can continue my setup.
After this treatment the Raspberry PI had two IPs: One from the fixed IP you specified and one from the dhcp-client running on the Raspberry Pi.
ifconfig will show you the fixed IP. Whereas the blue arrow-Icon on the top-right shows the dhcpd-IP.
First thing you should do is make your Raspberry pi's IP static. So that whenever you power up your Raspberry pi it should connect to your access point(Hotspot).
Connect to your Access point. Type ifconfig in raspberry pi's terminal and enter that IP address below, in my case it was 192.168.43.233
Start by editing the dhcpcd.conf file
Scroll all the way to the bottom and add this lines at the end as per your connection (wired or wireless).
Press Ctrl+x to save and reboot. Now power up your raspberry pi and it will automatically connect to your access point.
Raspbian / Raspberry Pi OS initially used Debian Networking which was replaced by dhcpcd in 2015. dhcpcd is the current default networking system.
Raspbian is now based on systemd which includes systemd-networkd , a system service that manages networks. It detects and configures network devices as they appear, as well as creating virtual network devices.
This tutorial describes how to setup basic networking using systemd-networkd . NOTE only basic networking using the in-built interfaces eth0 and wlan0 is described.
It is assumed you are familiar with networking and reasonably competent configuring Linux. It is NOT a method recommended for beginners; it is more complex to setup. Each interface needs to be explicitly configured. WARNING this will disable the Networking tool on the Desktop Panel.
You need to define a network by creating a file in /etc/systemd/network . This can be given any name with the extension .network
The following example tells systemd-networkd to use eth0 (which is set up by udev ) and assign it an address using DHCP.
An alternative using static IP Addresses
In order to connect to a wireless network with systemd-networkd , a wireless adapter configured with another application such as WPA supplicant is required. To use wlan0 You should create a suitable /etc/wpa_supplicant/wpa_supplicant-wlan0.conf e.g.
(If you have existing WiFi setup you can copy the file /etc/wpa_supplicant/wpa_supplicant.conf .)
Create a .network file in /etc/systemd/network .
Having created the appropriate configuration files you NEED to disable existing networking and enable systemd-networkd services. NOTE there is NO NEED to purge existing network services. If disabled they will not interfere, and can be easily re-enabled if required.
You can check the status using the following:-
Configuring networking using systemd-networkd requires multiple steps, and it is easy to get things wrong. The following 3 scripts simplify the process and enable swapping between systemd-networkd and dhcpcd .
The setup below is more general than that described above and should work with multiple interfaces (although if you have reason to have multiples you will probably want to customise the setup).
This should offer similar functionality to the dhcpcd setup (except this will disable the Networking tool on the Desktop Panel).
Step1 installs necessary files, and only needs to be run once. The other scripts activate/deactivate systemd-networkd but do not delete anything merely changing which services are running - Reboot REQUIRED! All script MUST be run by root or with sudo .
Activatesystemdnetworkd.sh, deactivatesystemdnetworkd.sh.
See How do I set up networking on Raspberry Pi OS - Bookworm for NetworkManager detail instructions.
The Sep 2022 Update to Raspberry Pi OS added the option to use NetworkManager in Raspberry Pi OS.
This has been standard in many other Linux distributions for several years, and while dhcpcd remains the default for Raspberry Pi OS in earlier Raspberry Pi OS in Bookworm NetworkManager has become the default.
NetworkManager offers similar basic WiFi & Ethernet capability to dhcpcd and it is now simple to switch between the two. (See the link above for discussion of extra features.)
Fresh installations of Bullseye include NetworkManager, but it can be added to existing installations without loss of customisation or installed packages.
To load the new taskbar plugins launch Appearance Settings from the Preferences section of the main menu. On the Defaults tab select the size you prefer then reboot.
If you prefer not to update Appearance Settings (this messes up all my carefully crafted customisation) it is possible to add the Controller for Network Manager to the Panel. This can be added next to Control for dhcpcd network interface .
To switch to NetworkManager run sudo raspi-config
NetworkManager should now be running.
Open the networking menu on the taskbar. This should show any Ethernet connection and available WiFi networks (similar to dhcpcd ).
An additional sub-menu at the bottom, Advanced Options allows you
You can use raspi-config to go back to dhcpcd – just enter the Network Config option as described above and choose Option 1 dhcpcd
You can use the nmcli command to manage NetworkManager from the command line e.g.
Each WiFi network has a separate config file in /etc/NetworkManager/system-connections/
Raspberry pi serial (uart) tutorial, half-bridge vs. full-bridge: what is the difference, how to set a static ip address on raspberry pi.
From building smart home systems to crafting intricate web servers, the Raspberry Pi’s potential seems boundless. Yet, amidst this technological marvel, lies a fundamental consideration that often determines the efficiency and accessibility of these projects: the choice between a dynamic and a static IP address.
An IP address, akin to a digital passport, distinguishes each device within a network, facilitating data transmission and routing across the internet or a local connection [1] . While dynamic IP addresses are automatically assigned by routers through DHCP, a static IP address offers a consistent, predetermined identity for a Raspberry Pi, a feature indispensable for projects necessitating unwavering connectivity and accessibility. This guide illuminates the nuanced journey of configuring such a steadfast address, providing step-by-step instructions to navigate the process with confidence and ease.
As we embark on this exploration, we unveil the significance of a static IP address and empower Raspberry Pi enthusiasts to transcend the boundaries of dynamic networking, ensuring that their projects thrive with uninterrupted communication and steadfast connectivity.
It serves two primary purposes:
IP addresses come in two main versions: IPv4 (Internet Protocol version 4) and IPv6 (Internet Protocol version 6). IPv4 addresses are written in a format like “192.168.1.1”, consisting of four sets of numbers ranging from 0 to 255. Due to the rapid growth of devices connecting to the internet, IPv4 addresses are running out, which led to the development of IPv6. IPv6 addresses are much longer and follow a hexadecimal format like “2001:0db8:85a3:0000:0000:8a2e:0370:7334” [2] .
IP addresses are managed by regional internet registries (RIRs) that allocate blocks of addresses to internet service providers (ISPs), organizations, and other entities. ISPs then assign IP addresses to their customers, allowing them to connect to the internet.
IP addresses play a fundamental role in Internet communication, enabling devices to find and interact with each other across vast networks.
Private ip address.
10.0.0.0 to 10.255.255.255 172.16.0.0 to 172.31.255.255 192.168.0.0 to 192.168.255.255
When you access a website or send data to a server on the internet, your device uses its public IP address to establish the connection. The server’s response is then sent back to your public IP address, and your router forwards the response to the appropriate device within your local network.
Dynamic vs. static ip addresses.
By default, most networks assign dynamic IP addresses to devices. A dynamic IP address is temporary and subject to change each time a device connects to the network. While this setup works well for general internet browsing and casual use, it may not be ideal for certain scenarios, particularly those involving devices that need consistent and predictable connectivity, like a Raspberry Pi [4] .
A static IP address, on the other hand, is one that remains constant and does not change each time the device connects to the network. It’s like having a dedicated parking spot for your device on the network. This static assignment can be especially advantageous for Raspberry Pi projects that require uninterrupted communication and accessibility.
Reliable access and connectivity, easy networked services setup.
Many Raspberry Pi projects involve setting up services that other devices interact with. These could be a file server, a media center, a home automation system, or even a web server. Having a static IP address simplifies the process of configuring these services, as you can reliably specify the Raspberry Pi’s address in your configurations. This makes it easier for other devices to locate and communicate with the Raspberry Pi.
Network monitoring and security.
For network monitoring and security purposes, having a consistent IP address can be invaluable. With a static IP, you can easily track Raspberry Pi’s activity, apply access control rules, and monitor traffic patterns. This is especially important if you’re using the Raspberry Pi for network analysis, intrusion detection, or other security-related tasks.
How to setup a raspberry pi static ip address:, 1. required equipment, 2. prerequisites: get the network configuration, 3. get the ip address of your router.
Log in to your router’s administration interface. This is usually done by entering the router’s IP address into a web browser. Once logged in, navigate to the network settings section, where you can find the router’s IP address. Note down this IP address; you will need it later.
5. get the dhcp range, 6. get a list of the currently used ip addresses.
To avoid assigning an IP address that is already in use, check the list of currently assigned IP addresses on your network. Most routers provide a list of connected devices along with their IP addresses. Make sure the IP address you choose for your Raspberry Pi is outside the DHCP range and is not already in use by another device.
8. set a static ip in the command line.
Press Ctrl + O to save the file, then Ctrl + X to exit.
If you prefer the terminal approach, follow these steps [6] :
interface metric
Replace with the name of the interface (e.g., eth0 or wlan0) and with a lower value for the interface you want to prioritize.
12. testing the static ip.
You should see your chosen static IP address listed alongside the network interface you configured.
Determine raspberry pi’s current ip v4 address.
hostname -I
Get the ip address of dns (domain name server), open /etc/dhcpcd.conf for editing in nano.
To begin the static IP assignment process, you’ll need to edit the dhcpcd.conf file. This file controls various network settings, including IP addresses, on your Raspberry Pi. Open the file using the Nano text editor:
sudo nano /etc/dhcpcd.conf
Save the file by hitting ctrl + x and reboot.
To apply the new static IP configuration, you’ll need to reboot your Raspberry Pi:
sudo reboot
To confirm that the static IP address has been successfully assigned to your Raspberry Pi, you can use the ifconfig command. Open a terminal window and type:
Look for the interface you configured (e.g., eth0 or wlan0) and verify that the assigned IP address matches the one you set as static.
To begin the process of setting a static IP address on your Raspberry Pi, you’ll utilize the user-friendly interface of the Raspberry Pi OS. Follow these steps:
Enter the ip addresses into the relevant fields.
Setting a static IP address involves entering specific values into the relevant fields. These values include the desired IP address, subnet mask, gateway address, and DNS server addresses.
Follow these steps to input the necessary information:
1. how to assign a static ip address to my raspberry pi.
Scroll to the bottom of the file and add the following lines (replace the values with your network configuration):
Restart the dhcpcd service:
3. does raspberry pi have a static ip address, 4. how can you set a static ip address free.
Setting a static IP address for your devices, including a Raspberry Pi, is typically a configuration option provided by your router’s settings. Most home routers allow you to assign static IP addresses to devices on your network through the router’s administration interface. This feature is usually available without any additional cost.
6. what are static ip and dhcp in raspberry pi, 7. why does static ip keep changing raspberry pi, 8. what is the command for the raspberry pi ip address.
To view the IP address of your Raspberry Pi, open a terminal and use the command:
Then, follow the steps mentioned earlier for adding the static IP configuration.
Arduino devices typically don’t have built-in network interfaces like Raspberry Pi. However, if you’re referring to connecting an Arduino to a network, the process depends on the specific hardware and networking shield you’re using with the Arduino. Consult the documentation for your Arduino hardware and networking shield to configure network settings.
12. does raspberry pi ip address change.
By default, the Raspberry Pi’s IP address can change if it is configured to obtain an IP address dynamically from a DHCP server. However, if you set up a static IP address, it will remain constant unless you manually change it.
14. how to enable ssh on raspberry pi, 15. what is the ssh password for raspberry pi.
The default SSH password for the Raspberry Pi user “pi” is “raspberry.” It’s recommended to change this password for security reasons after enabling SSH.
17. is static ip more secure than dhcp, useful video: how to assign static ip address to raspberry pi, what does the battery fuse do, how to protect outdoor extension cord from rain, what does a fiber optic cable look like, klipper raspberry pi alternatives, how to use a raspberry pi for time machine backups, how to use mpu6050 accelerometer on raspberry pi, how to port forward raspberry pi.
Sign up for our daily newsletter
Like most Linux systems, the Raspberry Pi allows you to connect to it over SSH and although it is possible to make a SSH connection to a Pi with a dynamically allocated IP address, it is much easier to configure the device with a static IP address. By default, the Raspberry Pi is set up to get its IP address dynamically using DHCP. This is great for many situations, however where the Pi is acting as a server (which it does when you connect over SSH) then having a fixed IP address means you always know the address of your Pi without having to log in and run ipconfig to obtain the current address.
The IP address is configured in the file /etc/network/interfaces and we will need to edit this file to change the configuration from dynamic to static. But before we do that, we need to discover what address range is being used on your network. A typical home network uses one of the following ranges of IP address: 192.168.1.1 – 192.168.1.255 or 10.1.1.1 to 10.1.1.255. There are other variations as in fact all the addresses between 192.168.0.0 – 192.168.255.255 and 10.0.0.0 – 10.255.255.255 are designated for use on private networks.
To discover your current IP address use the following command:
In the eth0 section, the second line displays the Internet address, the Broadcast address and the Netmask. Note down the Internet address and the Netmask for later on.
Most networks have a default gateway (often the router or modem from your Internet Service Provider) where all traffic is routed if it can’t be resolved locally. This is normally configured via DHCP when the IP address is assigned, but for a static address it needs to be defined manually. To discover the current default gateway type:
The default gateway is listed on the line with the G flag, in my case 192.168.1.1 which is actually the router from my ISP. Note down the default gateway for later on.
Before editing the /etc/network/interfaces file, you need to decide what IP address you want to use as the permanent address for your Pi. On your network the .1 or .254 addresses are probably taken by your router, modem or wireless access point. There will also be a range of addresses assigned for DHCP, normally by your router or modem. If you don’t know what that range is and you don’t know how to use your router’s web interface to check, then the easiest thing to do is pick an address far away from the dynamic one your Pi currently has. For example, my Raspberry Pi has an IP address of 192.168.1.164. Since there are a few PCs and the odd tablet in my house I could take a guess that the DHCP address range defined by my router starts at 192.168.1.160, which it does. Therefore a good IP address for my Pi would be somewhere far from that range, say 192.168.1.20. By picking an address away from the DHCP range and away from .1 or .254 then I am limiting the chances of there being an address clash. Of course, the correct way to do this is discover how your router or modem is configured and then plan your network accordingly, don’t ever tell a real network engineer that you did it by guessing!
If you want a better picture of your network, try installing the nmap package and use nmap -sn 192.168.1.* to find which devices are on your network. Where 192.168.1.* is the first three parts of the network address you are using plus an asterisk.
Once you have picked an IP address edit the /etc/network/interfaces file:
Find the line which reads iface eth0 inet dhcp and replace it with:
But put the address, netmask and gateway that you noted down previously. Press “Ctrl + X” to leave the nano editor and type “Y” to confirm that the file should be saved. Press ENTER to keep the current filename (i.e. /etc/network/interfaces). Now reboot.
Now that your Pi has a static IP address you can configure the SSH server. This is done via raspi-config .
From within raspi-config , select option 8 ( Advanced Options ) and then option A4 ( SSH ). When asked “Would you like the SSH server enabled or disabled”, select “Enable” and finally select “OK”.
You can now connect to your Pi using SSH. If you have another Linux machine, simply use the ssh command. For Windows try the popular PuTTY program or alternatively use the SSH extension for Chrome.
Image credit: Regular Raspberry Pi
Our latest tutorials delivered straight to your inbox
Gary has been a technical writer, author and blogger since 2003. He is an expert in open source systems (including Linux), system administration, system security and networking protocols. He also knows several programming languages, as he was previously a software engineer for 10 years. He has a Bachelor of Science in business information systems from a UK University.
Login / Signup
from just £2.99
150,000+ reviews
support portal
order by 2pm*
Your cart is empty
This tutorial will show you how to set a static IP address on your Raspberry Pi with the release of Raspbian Jessie. At the time of writing, the latest release date of Raspbian Jessie is 18-03-2016 with Kernal version 4.1 (but this should work on most versions).
We recommend doing this on a fresh install, however if you have attempted to set a static IP address already, you may have found yourself editing the interfaces file (/etc/network/interfaces). I hope you made a backup, because you’ll need to remove any edits you have made, and revert it back to its original state!
The following is done over SSH, but you could just as well plug your Pi into a monitor, hook up a keyboard and mouse, and use the Terminal instead.
Start by editing the dhcpcd.conf file
sudo nano /etc/dhcpcd.conf
Scroll all the way to the bottom of the file and add one, or both of the following snippets. Depending on whether you want to set a static IP address for a wired connection or a wireless connection eth0 = wired, wlan0 = wireless.
You’ll need to edit the numbers in the snippet so they match your network configuration.
interface = This defines which network interface you are setting the configuration for. static ip_address = This is the IP address that you want to set your device to. (Make sure you leave the /24 at the end) static routers = This is the IP address of your gateway (probably the IP address or your router) static domain_name_servers = This is the IP address of your DNS (probably the IP address of your router). You can add multiple IP addresses here separated with a single space.
To exit the editor, press ctrl+x To save your changes press the letter “Y” then hit enter
Now all you need to do is reboot, and everything should be set!
You can double check by typing
And checking the interfaces IP address
Featured Products
Ulrich Kneidl
in a special use case i need two different addresses over the ethernet/lan port. for example 192.168.100.23 and at the same time 10.168.100.23. is this easy to realize? somewhere i read about a command eth0 add, but i don’t know how to use it.
Leave a comment
All comments are moderated before being published.
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Posted 12 August 2015 by Renier Delport | Updated 21 March 2019 Filed under Raspbian
A static IP address is often used for Raspberry Pis. Here we show how to set a static IP on the Raspberry Pi using Ethernet and Raspbian.
Table of contents
A static (vs. dynamic) IP address is often required for stand-alone Raspberry Pis. Whereas a dynamic IP address (dhcp) on a network changes from time to time, a static IP address will not. Using a static IP address will simplify and standardise network connections to a Raspberry Pi.
After a fresh install, the Raspberry Pi will be configured to connect to a network using a dynamic IP address. To make it accessible on all distributions of Raspbian, the process will mainly focus on using terminal commands .
Initially, a keyboard and screen will be required, but after a dynamic IP address is obtained, the terminal commands can also be done by using PuTTY.
All the Raspberry Pi B models have an Ethernet port. Raspberry Pi Models 3B and upwards have built-in Wi-Fi too.
Using an Ethernet connection is somewhat different from setting a static IP using a Wi-Fi connection.
To see what release of Raspbian is installed, the following terminal command can be used:
To see the Raspberry Pi model used, the following terminal command can be used:
Raspbian Wheezy , Raspbian Jessie Lite and Raspbian Stretch Lite will boot straight into the terminal immediately asking for a username and password. The default username:password for Raspbian is pi:raspberry.
Raspbian Jessie and Raspbian Stretch will boot into the GUI. To access the terminal from Raspbian Jessie and Raspbian Stretch , click on the terminal button.
Raspbain Jessie GUI interface. To access the terminal, use the terminal icon on the top of the screen.
The Raspberry Pi should be booted while connected to the network. In an open terminal, the current IP address of the Raspberry Pi can be obtained using:
It can also be obtained, together with other network information, by using ifconfig . If the network settings haven’t been changed, this will be a dynamic/random IP address assigned by the router. This IP address will likely change from time to time.
To be able to change a dynamic IP address to a static one, certain network information needs to be collected and entered into the network configuration file.
The following network information will be needed:
The Desired IP addres s is the address to be used as a static IP . Any unused IP on the network can be used.
Go to the Netmask address (Mask) and the Broadcast address (Bcast), the ifconfig terminal command can be used:
For the Network address , replace the last number of the Current IP address with 0 – e.g. 192.168.1.81 ‘s Network address is 192.168.1.0 .
Lastly, use netstat -nr or ip route | grep default | awk '{print $3}' to get the Gateway address .
Getting a Raspberry Pi’s gateway address using the netstat -nr or ip route | grep default | awk ‘{print $3}’ command.
The following network information will be used during this post:
After obtaining the desired network information, it needs to be added to Raspbian’s network configuration file. The network configuration files and the way the information is added are different for Raspbain Wheezy (2a) and Raspbian Jessie/Stretch (2b).
For Raspbian Wheezy , the interface file is used to store the network configuration. Start off by making a backup of the original interfaces file:
Open the interfaces file for editing:
The original interfaces file for Raspbian Wheezy will look something like this:
Replace everything with the following lines (copy/paste):
This allows to simply un-comment the appropriate section for the settings needed (i.e. removing the appropriate #’s). For Raspbian Wheezy , un-comment section 2b and supply the network information as per Step 1 . This will not change the original Wi-Fi (wlan) settings. Press Ctrl + X to exit and save the changes.
These changes are mainly aimed at setting up the eth0 to static (as suppose to dynamic ). As from 05 05 2015 Raspbian Wheezy will assign an extra dynamic IP when connected. This will set a static Ethernet connection and dynamic Wi-Fi connection.
To check if Raspbian accepted the new network settings after the file has been closed, use:
If there are no errors, release the potential lease and reboot:
For Raspbian Jessie and Raspbian Stretch , the dhcpcd.conf file is used to store the network configuration. Start off by making a backup of the original dhcpcd.conf file:
Open the dhcpcd.conf file for editing:
The original dhcpcd.conf file for Raspbian Jessie/Stretch will look something like this:
Scroll all the way to the bottom of the file and add the following:
As previously, this allows the user to simply un-comment the appropriate section for the settings needed. For Raspbian Jessie or Raspbian Stretch, un-comment section 1 and supply the network information as per Step 1 (routers & domain_name_servers are both = Gateway address). Leave the /24 at the end of the static IP address. Press Ctrl + X to exit and save the changes.
After the Raspberry Pi has booted, get the newest IP address again by using:
There might be more than one IP shown, but the static IP just configured should also be on the list. The other IP addresses can be ignored for now (see the Optional Step below). While the other addresses might change, the static IP address will remain the same until the network configuration file has been changed again.
After setting a static IP address, there might still be two or more IPs assigned to the Raspberry Pi. As of 05 05 2015, Raspbian started to force a 2nd, dynamically assigned IP address, even if a static IP has been assigned.
I found that if you deactivate this dynamic IP you are more likely to have internet connection problems, so I generally leave this as is and let it be generated.
The apparent reason for this is that some wireless routers may not accept clients with self-assigned static IPs. When a new client logs into a router, a dynamic IP is assigned, which is supposed to be requested via DHCP. If this doesn’t happen, i.e. if a ‘non-assigned random IP’ connects, the router will simply drop its packets.
This can be changed by telling your router that the assigned IP should be made static (linked to the MAC address). This is router dependent, but on my D-Link DSL-G225 router these settings are under DHCP RESERVATION LIST under the Local Network SETUP section.
Apart from the interfaces file, Raspbian also uses the dhcpcd.conf file in some way as well. To prevent the assigning of a second dynamic IP, the dhcpcd.conf file can be manually deactivated (not recommended):
By manually deactivating the dhcpcd.conf file, Raspbian will boot without using this file (stop the DHCP server from running) – meaning that you have manual power over DHCP.
To check if Raspbian accepted the new network settings after the file has been deactivated, use:
The process can be reversed using:
The most current dhcpcd.conf will be used again after reversing it.
The simplest way to test whether the internet connection is still active after the DHCP server has been disabled is by using the ping command:
A static IP address is often used for Raspberry Pis. This post showed how to set a static IP on the Raspberry Pi using Ethernet and Raspbian. The process of setting a static IP address on the Raspberry Pi depends on the distribution of Raspbian, but can always be done using terminal commands.
Your email address will not be published. Required fields are marked *
IMAGES
VIDEO
COMMENTS
How to Assign a Static IP to a Raspberry Pi. 1. Determine your Raspberry PI's current IP v4 address if you don't already know it. The easiest way to do this is by using the hostname -I command at ...
Choose "Edit connection". Pick the connection you want to set to static, and select "Edit…" on the right. Use the arrows on your keyboard to select the connection and the action button. Press Enter to confirm the selection. On the next window, scroll the cursor to the "IPv4 Configuration" line and select "Automatic".
Restart your Pi for the changes to take effect. You have successfully set up static IP on Raspberry Pi. Step 4 (GUI Method): Change network configuration to set static IP. The same can be achieved from the graphical interface of Raspberry Pi OS. First, click on the network icon and then go to the Advanced options and click Edit connections.
It is very simple to set up your static ethernet address. Simply right-click on the Wi-Fi icon in the menu bar (top-right on the left of the speaker icon) and select the Wireless & Wired Network Settings. Now click the empty dropdown menu and select the network interface you want to configure. Now for IPv4 Address enter your chosen ip address ...
Take note of the name server IP address and close the file with CTRL + X. 3 - Edit the dhcpcd file on the Raspberry Pi. The static IP is set by adding it to a file on the Raspberry Pi. In the terminal window, run the following command to edit the dhcpcd.conf file. sudo nano /etc/dhcpcd.conf. 4 - Set the static IP address
3. Reboot the Raspberry Pi With the dhcpcd.conf configuration file modified, restart your Raspberry Pi to effect the changes and set the static IP address for it: . sudo reboot. Rather than using an address assigned automatically by DHCP, the Raspberry Pi will now attempt to connect to the router using the new static IP address that you set in the dhcpcd.conf file.
To set a static IP address, you will want to navigate to <Automatic> next to IPv4 CONFIGURATION and change this to <Manual>. Now navigate across to <SHOW> and press enter. You should see a range of fields that you need to fill out. We will cover each of these fields in the next step.
You can also set the static private IP address for your system through the Raspberry Pi OS GUI. The steps below demonstrate the GUI procedure. 1. Right-click the network adapter icon on the right side of the top panel. 2. Select the Wireless & Wired Network Settings item to open Network Preferences. 3.
Step 5 - Assigning the IP Address to the Connected Interface. My network has a DHCP range of 192.168.100 to 192.168.200, from which addresses will be automatically assigned, so I will assign my Raspberry Pi the address: 192.168.1.201. This is to make sure that it doesn't conflict with an existing IP (or the router's IP address, which is ...
A static IP address however will not change, it assigns your Raspberry Pi a permanent address on your network - so you know exactly where it is at all times. Setting up a static IP address on your Raspberry Pi can seem like a daunting task, but fear not, we'll walk you through it one step at a time in this tutorial.For this guide,
By default the Pi is configured with a dynamic IP address. To assign it a static IP address, you need to add your static IP, default gateway IP, and domain name servers to the dhcpcd.conf file. At the command prompt, enter sudo nano /etc/dhcpcd.conf to edit the dhcpcd.conf file: Now, without changing anything else in the file, add this code at ...
4. Click on "Add" and enter the IP address of Raspberry Pi in the "Reserved IP Address" field. You can find the IP address of your RPi board by entering hostname -I in the Terminal. To find the MAC address of your RPi, scroll down and look for the client list mentioned on the same admin page.Next, give a name in the "Description" field and turn on the "Enable This Entry" checkbox.
This is the IP of your Raspberry PI. The 192.168.137.255 is the IP of the PC which acts as a router. WIFI manual DHCP. In the similar fashion static IP is assigned to the WIFI connection. # Custom static IP address for wlan0 interface wlan0 static ip_address=192.168.1.162/24 static routers=192.168.1.1 static domain_name_servers=192.168.1.1
You must make sure you either use the IP address already given to your Raspberry Pi or that you're using an address that is currently vacant. To begin, enter this command: sudo nano /etc/dhcpcd ...
However, this can change whenever you remove the Pi from the network e.g. turn it off. Having a static IP isn't essential, however it will make repeated access to the Raspberry Pi via SSH much simpler, as you'll always know that the Raspberry Pi has the same address. Imagine how much trouble your postman would have if your house constantly changed
Set Static IP Address via Desktop GUI. Get started by right clicking on the network interfaces icon in the task bar at the top of your screen (the default location for the bar in Raspberry Pi OS). Then, click on Wired and Wireless Network Settings. Right clicking on the Raspberry Pi task bar to access networking settings.
Next set the addressing from DHCP to static, nmcli con mod preconfigured ipv4.method manual. Restart the connection to pick up these changes, nmcli con up preconfigured. Check your new IP address with ip addr show wlan0 (or whatever device you are using). Lastly check your network connectivity by doing a quick ping using ping 8.8.8.8.
Setup a Static IP Address. Questions about setting Static IP Address are among the most common on this site. There are very many tutorials (many wrong, obsolete or incomplete). If the reason you are contemplating a Static IP Address is you want your Pi to be assigned a predictable IP Address you can request the DHCP server to assign one.
Set a Static IP on Raspberry Pi OS Desktop. If you're using the Raspberry Pi OS desktop version, follow these steps: Click on the network icon in the top-right corner of the desktop; Select "Wireless and Wired Network Settings"; In the "Connection" tab, click on the wired or wireless connection you're using;
SSH. Now that your Pi has a static IP address you can configure the SSH server. This is done via raspi-config. From within raspi-config, select option 8 ( Advanced Options) and then option A4 ( SSH ). When asked "Would you like the SSH server enabled or disabled", select "Enable" and finally select "OK". You can now connect to your ...
Start by editing the dhcpcd.conf file. sudo nano /etc/dhcpcd.conf. Scroll all the way to the bottom of the file and add one, or both of the following snippets. Depending on whether you want to set a static IP address for a wired connection or a wireless connection eth0 = wired, wlan0 = wireless. You'll need to edit the numbers in the snippet ...
Accessing the terminal. Setting a static IP on the Raspberry Pi and Raspbian. Step 1 Collect the information needed for a static IP. Step 2 Enter the information gathered. STEP 2A EDIT THE INTERFACES FILE (RASPBIAN WHEEZY) STEP 2B EDIT THE DHCPCD.CONF FILE (RASPBIAN JESSIE/Stretch) Step 3 Check & test the new IP.
I have changed the IP address from DHCP to Static IP address into "/etc/dhcpcd.conf" and then simply I did a Reboot to the system to let the changes take effect, and unfortunately, that does not work, always, until I restart the the dhcpcd service by writing the command "sudo systemctl restart dhcpcd".