Home | Miscellaneous | Raspberry Pi | Wake On LAN

Charles Varvayanis
Computer and Communication Systems
Since 1990

(209) 586-3782
charles@varvayanis.com

Raspberry Pi Wake On LAN Server Setup

Step-by-step instructions for setting up a Wake On LAN server with SSH, VNC, TeamViewer and a Firewall.

These procedures apply to Raspberry Pi 5, 4 or 3 with Raspberry Pi OS (64-Bit), (32-Bit) or (Legacy, 32-Bit) with or without the Wake On LAN Server, SSH, VNC, TeamViewer and/or a Firewall.

General Notes

1. General: The procedures below are optimized for setting up a Wake On LAN server on a Raspberry Pi 5, 4 or 3 with Raspberry Pi OS (64-Bit), (32-Bit) or (Legacy, 32-Bit) connected via Ethernet. Management connectivity is provided via SSH, TeamViewer and VNC. A firewall is included.

2. Internet access during setup: Many of the steps below assume and require the target Raspberry Pi is connected to a network with access to the Internet and a DHCP server is on the network configured for DHCP clients to access the Internet. This is the standard and/or default configuration for most networks, so in most cases nothing additional will need to be done.

3. Management Connectivity Options: Certain Management Connectivity options below can be selectively omitted by not implementing the steps in any of these sections below: "Install and configure TeamViewer", "Configure and Enable VNC". SSH can be omitted while configuring the Raspberry Pi Imager as in the "Load Raspberry Pi OS onto a Micro SD Card" section below, after choosing the DEVICE, OS and STORAGE then clicking NEXT, EDIT SETTINGS and selecting the SERVICES tab, then unchecking "Enable SSH". The rest of the procedure should be followed as appropriate for the required needs.

4. Firewall Option: A firewall on the Raspberry Pi in this type of implementation is usually not required. However, in cases where the Raspberry Pi is connected to a public network, running a firewall on the Raspberry Pi is advisable. Raspberry Pi OS includes iptables, an IP packet filter, however it is disabled by default. UFW (Uncomplicated FireWall) is a firewall user interface for use with iptables. UFW together with iptables provide basic firewall features, but lack more sophisticated firewall features and protections. The firewall on the Raspberry Pi can be omitted by not implementing the steps in the section below: "Install UFW and configure the firewall".

Notice about updates, upgrades and installations failing due to repository or network congestion or outages

Occasionally updates, upgrades and installations fail due to repository or network congestion or outages. Sometimes there is an appropriate message saying as such, sometimes a missing file is reported, and sometimes there is just a failure message without an explanation. When this occurs, simply run the command again. If that does not solve the issues immediately, try again later.

Download and Install the Raspberry Pi Imager onto a PC or other computer

Download the Raspberry Pi Imager

https://www.raspberrypi.com/software

Install the Raspberry Pi Imager

Run the downloaded file and follow the installation instructions.

Load the Raspberry Pi OS onto a Micro SD Card

Connect the target Micro SD Card

Connect the target Micro SD Card to a computer with the Raspberry Pi Imager installed.

Open the Raspberry Pi Imager

Select the Desired Options

Raspberry Pi Device | CHOOSE DEVICE | <YourRaspberryPiModel> - Example: Raspberry Pi 5
Operating System | CHOOSE OS | <DesiredRaspberryPiOS> - Example: Raspberry Pi OS (64-bit)
Storage | CHOOSE STORAGE | Generic-SD/MMC USB Device
NEXT
EDIT SETTINGS |
GENERAL |
Set hostname: | Checked <DefineYourRaspberryHostnameHere> - Example: Pi-0001
Set username and password | Checked
Username: <DefineYourRaspberryPiUsernameHere> - Example: Pi
password: <DefineYourRaspberryPiPasswordHere> - Example: PiPassword
Configure Wireless LAN | Not Checked
Set local settings | Checked
Time zone: <SelectYourTimeZone> - Example: America/Los_Angels
Keyboard Layout: <SelectYourKeyboardLayoutHere> - Example: us
SERVICES |
Enable SSH | Checked (See "General Notes" 3. near the top of this document)
Use password authentication | Selected
OPIONS |
Play sound when finished | Not Checked
Eject media when finished | Checked
OPIONS | Eject telemetry | Checked
SAVE
Would you like to apply OS customizations Settings? | YES
All existing data on 'Generic-SD/MMC USB Device' will be erased. Are you sure you want to continue? | YES
When the message "You can now remove the SD card from the reader" is displayed | CONTINUE
Remove the Micro SD card from the reader.

Insert the Micro SD Card into the Target Raspberry Pi

Be certain the Target Raspberry Pi is powered off.
Insert the Micro SD Card loaded with the Raspberry Pi OS into the target Raspberry Pi 5, 4 or 3. Note: It inserts up-side-down (contacts up) into the Raspberry Pi.
Power on the Raspberry Pi
It is typical for the Raspberry Pi to reboot two or three times the first time it is powered up before it is ready for its first use. This often takes three to five minutes.

Determine the target Raspberry Pi IP Address

Use an IP Scanner tool such as Advanced IP Scanner on a PC or alike to locate the DHCP IP Address assigned to the Raspberry Pi.
https://www.advanced-ip-scanner.com

- or -

Connect directly to the target Raspberry Pi via a Display, Keyboard and Mouse.
Open a Terminal window.
sudo hostname -I

- or -

Login to your router and examine the DHCP assignments, sometimes labeled "Connected Devices" or similar.

Connect to the target Raspberry Pi

Use SSH via a tool such as PuTTY to connect to the Raspberry Pi.
https://www.putty.org
Connect using the IP address or URL of the target Raspberry Pi.
Note: The first time a connection is made, a security warning may be displayed | Yes

- or -

Connect directly to the target Raspberry Pi via a Display, Keyboard and Mouse, then open a Terminal window.

Check and update the Raspberry Pi 4 or Pi 5 EEPROM Version

Note: This tool only works with Raspberry Pi 4 or Pi 5. Raspberry Pi 3B+ and below have a ROM that can not be updated.

Check if the Raspberry Pi 4 or Pi 5 EEPROM should be updated

sudo rpi-eeprom-update -a

Update the Raspberry Pi 4 or Pi 5 EEPROM if required.

sudo raspi-config
Advance Options | Bootloader Version | Latest | Yes

Change the Raspberry Pi IP address and network settings using NetworkManager

Enable NetworkManager on Raspberry Pi OS (Legacy). NetworkManager is already enabled by default on Raspberry Pi OS.

Enable NetworkManager

Note: The Subnetwork Mask is expressed in Slash Notation along with an IP Address in certain areas of this section.

Network Subnetwork Mask and Slash Notation Relationships

Class	Mask	Slash	Addresses	Nodes	Usable Addresses
A	255.000.000.000	/8	16777216	16777214	16777213
B	255.255.000.000	/16	65536	65534	65533
B	255.255.128.000	/17	32768	32766	32765
B	255.255.192.000	/18	16384	16382	16381
B	255.255.224.000	/19	8192	8190	8189
B	255.255.240.000	/20	4096	4094	4093
B	255.255.248.000	/21	2048	2046	2045
B	255.255.252.000	/22	1024	1022	1021
B	255.255.254.000	/23	512	510	509
C	255.255.255.000	/24	256	254	253
C	255.255.255.128	/25	128	126	125
C	255.255.255.192	/26	64	62	61
C	255.255.255.224	/27	32	30	29
C	255.255.255.240	/28	16	14	13
C	255.255.255.248	/29	8	6	5
C	255.255.255.252	/30	4	2	1
C	255.255.255.254	/31	2	0	0
C	255.255.255.255	/32	1	0	0

Change the Raspberry Pi IP address and network settings using the NetworkManager User Interface (UI)

Restart the connection to begin using the new settings

sudo nmcli con up "Wired connection 1"

- or -

Change the Raspberry Pi IP address and network settings using NetworkManager Command Line Interface (CLI)

Show all network connections

sudo nmcli con show
Note: "Wired connection 1" is the default Eternet connection name and is assumed in the following commands.

Set IP Address

sudo nmcli con mod "Wired connection 1" ipv4.addresses <YourRaspberryPiIPAddress>/<YourNetworkSubnetworkMask> - Example: sudo nmcli con mod "Wired connection 1" ipv4.addresses 192.168.0.25/24

Set the Gateway Address

Note: Typicaly the Gateway Address is network router LAN IP Address
sudo nmcli con mod "Wired connection 1" ipv4.gateway <YourNetworkDefaultGatewayIPAddress> - Example: sudo nmcli con mod "Wired connection 1" ipv4.gateway 192.168.0.1

Set theDNS Servers

sudo nmcli con mod "Wired connection 1" ipv4.dns" <DNSServer1> <DNSServer2> <DNSServer...>" - Example: sudo nmcli con mod "Wired connection 1" ipv4.dns "8.8.8.8 8.8.4.4"

Set the Addressing Mode to Manual (Static)

sudo nmcli con mod "Wired connection 1" ipv4.method manual

Restart the connection to begin using the new settings

sudo nmcli con up "Wired connection 1"

For testing (Optional) - Display the IP Address, Gateway, DNS Servers and Addressing Mode

sudo nmcli -g ip4.address,ipv4.gateway,ip4.dns,ipv4.method connection show "Wired connection 1"

For testing (Optional) - Display the profile so all parameters can be reviewed

sudo nmcli -p con show "Wired connection 1"

Install and configure TeamViewer

See "General Notes" 3. near the top of this document.

Install TeamViewer

Download latest package lists

sudo apt-get update -y

Download and install updated listed packages

sudo apt-get upgrade -y

Disable Wayland (Remote Graphics Support) and switch to the older X11 (Remote Graphics Support) because TeamViewer does not yet work with Wayland (Note: Wayland in not enabled on Raspberry Pi OS (Legacy) by default)

Download and install TeamViewer - Select one of the four configurations below:

1) TeamViewer Full Client installation with a 64-Bit OS:

Download TeamViewer

wget https://download.teamviewer.com/download/linux/teamviewer_arm64.deb

Install TeamViewer (Note: Errors during installation are normal and can usually be ignored)

sudo dpkg -i teamviewer_arm64.deb

2) TeamViewer Full Client installation with a 32-Bit OS:

Download TeamViewer

wget https://download.teamviewer.com/download/linux/teamviewer_armhf.deb

Install TeamViewer (Note: Errors during installation are normal and can usually be ignored)

sudo dpkg -i teamviewer_armhf.deb

3) TeamViewer Host installation with a 64-Bit OS:

Download TeamViewer

wget https://download.teamviewer.com/download/linux/teamviewer-host_arm64.deb

Install TeamViewer (Note: Errors during installation are normal and can usually be ignored)

sudo dpkg -i teamviewer-host_arm64.deb

4) TeamViewer Host installation with a 32-Bit OS:

Download TeamViewer

wget https://download.teamviewer.com/download/linux/teamviewer-host_armhf.deb

Install TeamViewer (Note: Errors during installation are normal and can usually be ignored)

sudo dpkg -i teamviewer-host_armhf.deb

Download and install additional OS components needed by TeamViewer - This corrects for the errors above, if any.

sudo apt --fix-broken install -y

Download latest package lists

sudo apt-get update -y

Download and install updated listed packages

sudo apt-get upgrade -y

Configure TeamViewer

Set the TeamViewer password

sudo teamviewer passwd <DefineYourTeamViewerPasswordHere> - Example: sudo teamviewer passwd MyTeamViewerPassword

Accept TeamViewer Licensing only, but do no additional configuration from this setup tool

sudo teamviewer setup
Are you a resident of the Republic of Korea? (y/n) | n
Accept License Agreement? (y/n) | y
Abort the TeamViewer setup at this poit by pressing Control-C (Pressing the "Control" key and "C" key at the same time).

Obtain and record the TeamViewer ID (Note: This only only provides the TeamViewer ID if it is connected to the Internet)

sudo teamviewer info
The TeamViewer ID is displayed twice near the top of the TeamViewer information. Record the TeamViewer ID for you records.

Reboot the Raspberry Pi to get TeamViewer working. Note: "sudo teamviewer --daemon restart" or "sudo systemctl restart teamviewerd" do not get TeamViewer working

sudo reboot

Set TeamViewer to accept incoming LAN connections:

Since TeamViewer should now be working, a connection to the Raspberry Pi GUI should be possible via the TeamViewer client by using the TeamViewer ID of the target Raspberry Pi, obtained above.

Using TeamViewer from another machine, connect to the Raspberry Pi using the IP address or URL of the target Raspberry Pi.
- or -
Connect directly to the target Raspberry Pi via a Display, Keyboard and Mouse, then open a Terminal window.

From the Raspberry Pi GUI open TeamViewer by clicking on the TeamViewer icon in the right side of the Task Bar at the top of the Raspberry Pi desktop.

Click on "Extras" in the left side of the TeamViewer Menu Bar at the top of the TeamViewer window.

Click on "Options". It opens to the "General" window.

In the "General" window, click on the "Incoming LAN connections" drop down list and select "accept".

Click on the "OK" button.

Close the TeamViewer window by clicking on the X in the upper right hand corner of the TeamViewer window.

Connect to the target Raspberry Pi via TeamViewer

Use TeamViewer to connect to the Raspberry Pi

https://www.teamviewer.com
Connect using the TeamViewer ID, IP address or URL of the target Raspbery Pi.

Configure and Enable VNC

See "General Notes" 3. near the top of this document.

Set VNC Display Resolution and Enable VNC

sudo raspi-config
Interface Options | VNC | Yes | OK | Display Options | VNC Resolution | 1024x768 | OK | Finish | Yes (Reboot required for Raspberry 4 and 5)

- or -

Via the Rasberry Pi GUI (Desktop)
Click on "Start" (Raspberry) in the left side of the Task Bar at the top of the Raspberry Pi desktop
Click on "Preferences"
Click on "Raspberry Pi Configuration"
Click on the "Interfaces" tab.
Click on the "VNC:" switch to turn it on.
Click on the "Display" tab
Click on the "Headless Resolution:" drop-down list and select "1024x768"
Click on the "OK" Button.
Reboot required for Raspberry Pi 4 and 5. Click on the "OK" Button when this is displayed: "The changes you have made require the Raspberry Pi to be rebooted to take effect. Would you like to reboot now? | Yes"

Connect to the target Raspberry Pi via VNC

Use a tool such as RealNVC Viewer to connect to the Raspberry Pi

https://www.realvnc.com
- or -
https://www.realvnc.com/en/connect/download/combined
Connect using the IP address or URL of the target Raspberry Pi.
Note: The first time a connection is made, a security warning may be displayed | Continue

Install etherwake

Download latest package lists

sudo apt-get update -y

Download and install updated listed packages

sudo apt-get upgrade -y

Download and install etherwake

sudo apt install etherwake

Install and configure a firewall - UFW

See "General Notes" 4. near the top of this document.

Install UFW

Download latest package lists

sudo apt-get update -y

Download and install updated listed packages

sudo apt-get upgrade -y

Download and install VSFTP

sudo apt install UFW

Once installed, UFW is disabled by default. The default configuration blocks all incoming traffic (denied), and allows all outgoing traffic (allowed). Therefore incoming SSH and VNC traffic would be denied, however TeamViewer would continue functioning. It is important to allow necessary management traffic such as SSH and/or VNC prior to enabling the firewall. Not doing so will require management via TeamViewer or a directly attached Display, Keyboard and Mouse.

Note: The Subnetwork Mask is expressed in Slash Notation along with an IP Address in certain areas of the next sections.

Network Subnetwork Mask and Slash Notation Relationships

Class	Mask	Slash	Addresses	Nodes	Usable Addresses
A	255.000.000.000	/8	16777216	16777214	16777213
B	255.255.000.000	/16	65536	65534	65533
B	255.255.128.000	/17	32768	32766	32765
B	255.255.192.000	/18	16384	16382	16381
B	255.255.224.000	/19	8192	8190	8189
B	255.255.240.000	/20	4096	4094	4093
B	255.255.248.000	/21	2048	2046	2045
B	255.255.252.000	/22	1024	1022	1021
B	255.255.254.000	/23	512	510	509
C	255.255.255.000	/24	256	254	253
C	255.255.255.128	/25	128	126	125
C	255.255.255.192	/26	64	62	61
C	255.255.255.224	/27	32	30	29
C	255.255.255.240	/28	16	14	13
C	255.255.255.248	/29	8	6	5
C	255.255.255.252	/30	4	2	1
C	255.255.255.254	/31	2	0	0
C	255.255.255.255	/32	1	0	0

Configure UFW

Set the firewall rules as appropriate for the installation. Multiple rules can be applied to each service type. Source Addresses and Source Subnets can be either internal or external of the network the Raspberry Pi is connected to. If any of the services below have not been installed, do not set a rule for that service. See "General Notes" 3. and 4. near the top of this document.

SSH

Allow from anywhere: sudo ufw allow 22/TCP - Example: sudo ufw allow 22/TCP

Allow from a specific Subnet: sudo ufw allow from <SourceSubnetAddress>/<SourceSubnetMask> proto TCP to <YourRaspberryPiIPAddress> port 22 - Example: ufw allow from 50.209.187.25/29 proto TCP to 192.168.0.25 port 22

Allow from a specific IP Address: sudo ufw allow from <SourceSubnetAddress> proto TCP to <YourRaspberryPiIPAddress> port 22 - Example: ufw allow from 50.209.187.26 proto TCP to 192.168.0.25 port 22

VNC Server

Allow from anywhere: sudo ufw allow 5900/TCP - Example: sudo ufw allow 5900/TCP

Allow from a specific Subnet: sudo ufw allow from <SourceSubnetAddress>/<SourceSubnetMask> proto TCP to <YourRaspberryPiIPAddress> port 5900 - Example: ufw allow from 50.209.187.25/29 proto TCP to 192.168.0.25 port 5900

Allow from a specific IP Address: sudo ufw allow from <SourceSubnetAddress> proto TCP to <YourRaspberryPiIPAddress> port 5900 - Example: ufw allow from 50.209.187.26 proto TCP to 192.168.0.25 port 5900

Enable the firewall

sudo ufw enable
Note: This also enables iptables

If it is ever desirable to disable the firewall for testing or other reasons

sudo ufw disable
Note: This also disables iptables

To list current rules

sudo ufw status
- or -
sudo ufw status verbose

To remove a rule

Identify the rule ID number to be removed

sudo ufw status numbered

Remove the rule by ID number

sudo ufw delete <ID> - Example: sudo ufw delete 2

Remove packages that were automatically installed and are no longer required

Occasionally excess update, upgrade and installation packages install automatically, but are no longer required and can be removed automatically.

Automatically detect and remove packages no longer required

sudo apt autoremove -y

Wake-up a computer using etherwake

Open a command prompt

Open a Terminal window or SSH into the Raspberry Pi.

Enter the Wake on LAN command

sudo etherwake "<MAC Address of computer to wake-up> - Example: sudo etherwake 00:21:70:c2:c1:88

Charles Varvayanis
Sonora, CA 95370
e-mail: charles@varvayanis.com
Phone: (209) 586-3782
Fax: (209) 586-3761
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www.varvayanis.com