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''VXLAN support has been introduced starting with firmware version 00.07.09 and later. It is advised to update to the latest firmware available.
''VXLAN support has been introduced starting with firmware version 00.07.09 and later. It is advised to update to the latest firmware available.
''
''
  <p style="color:red">The information in this page is updated in accordance with [https://firmware.teltonika-networks.com/7.9.1/RUTX/RUTX_R_00.07.09.1_WEBUI.bin'''00.07.09.4'''] firmware version.</p>  
  <p style="color:red">The information in this page is updated in accordance with '''00.07.10''' firmware version.</p>  
==Introduction==
==Introduction==


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==VXLAN over Wired WAN==
==VXLAN over Wired WAN==
[[File:Vxlan wired wan topology.png|border|class=tlt-border|1100px]]
In this section, the setup of VXLAN over Wired WAN using RUT1 and RUT2 devices will be described. The process will show how to create a VXLAN tunnel to connect the devices and allow them to communicate over the wired network.
In this section, the setup of VXLAN over Wired WAN using RUT1 and RUT2 devices will be described. The process will show how to create a VXLAN tunnel to connect the devices and allow them to communicate over the wired network.
===Configuration on RUT1 device===
===Configuration on RUT1 device===
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# Click [[File:Save & Apply.png|90px]] twice
# Click [[File:Save & Apply.png|90px]] twice
[[File:Vxlan_over_wired_wan_settings_rut1.png|border|class=tlt-border]]
[[File:Vxlan_over_wired_wan_settings_rut1.png|border|class=tlt-border]]
#Default port is 4789
 
Navigate to the '''Network > Devices'''
Navigate to the '''Network > Devices'''
#In '''Add new device''' section select Type '''VXLAN'''
#In '''Add new device''' section select Type '''VXLAN'''
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#<li value="3">Enter name of the new VXLAN interface
#<li value="3">Enter name of the new VXLAN interface
#Enter VNI (VXLAN Network Identifier). It identifies a specific virtual network in a data plane and performs a function similar to a VLAN ID in regular networks. The same VNI have to be used in RUT2 VXLAN interface settings.
#Enter VNI (VXLAN Network Identifier). It identifies a specific virtual network in a data plane and performs a function similar to a VLAN ID in regular networks. The same VNI have to be used in RUT2 VXLAN interface settings.
#
#Enter the port number. The default port is 4789
# Enter the Remote address corresponding to RUT2 wired WAN interface  IP address
#Enter the Remote address corresponding to RUT2 wired WAN interface  IP address
# Click [[File:Save & Apply.png|90px]] twice
# Click [[File:Save & Apply.png|90px]] twice
[[File:Vxlan over wired vxlan rut1 settings.png|border|class=tlt-border]]
[[File:Vxlan over wired vxlan rut1 settings.png|border|class=tlt-border]]
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==VXLAN over Mobile network==
==VXLAN over Mobile network==
[[File:Vxlan mobile wan topology.png|border|class=tlt-border|1100px]]
In this section, VXLAN will be set up between two Teltonika devices using Mobile WAN, requiring two public IPs—one for each RUT device. The configuration steps will be similar to those described in the [[#VXLAN over Wired WAN|VXLAN over Wired WAN]] section of this page, except for the '''APN''' settings and the '''Network > Devices''' section settings, where the remote address of the created VXLAN interface will be updated to reflect the other router's public IP.
In this section, VXLAN will be set up between two Teltonika devices using Mobile WAN, requiring two public IPs—one for each RUT device. The configuration steps will be similar to those described in the [[#VXLAN over Wired WAN|VXLAN over Wired WAN]] section of this page, except for the '''APN''' settings and the '''Network > Devices''' section settings, where the remote address of the created VXLAN interface will be updated to reflect the other router's public IP.


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[[File:Vxlan over mobile vxlan settings.png|border|class=tlt-border]]
[[File:Vxlan over mobile vxlan settings.png|border|class=tlt-border]]


==VXLAN over VPN tunnel==
==VXLAN over VPN tunnel==
''
 
''
[[File:Vxlan vpn topology.png|border|class=tlt-border|1100px]]
If only one Public IP address is available, VXLAN can be configured through a VPN tunnel. In this case, an IPsec VPN will be used, where RUT1 acts as the VPN server and RUT2 as the client. The VPN creates remote tunnel endpoints, which can then be integrated into the VXLAN configuration to enable Layer 2 communication between the routers.  
If only one Public IP address is available, VXLAN can be configured through a VPN tunnel. In this case, an IPsec VPN will be used, where RUT1 acts as the VPN server and RUT2 as the client. The VPN creates remote tunnel endpoints, which can then be integrated into the VXLAN configuration to enable Layer 2 communication between the routers.