F5F Stay Refreshed Power Users Networks Alternative for Raspberry Pi using OpenWRT that supports multiple VLAN WiFi networks.

Alternative for Raspberry Pi using OpenWRT that supports multiple VLAN WiFi networks.

Alternative for Raspberry Pi using OpenWRT that supports multiple VLAN WiFi networks.

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Dinoxe1337
Junior Member
4
09-21-2024, 08:24 AM
#1
RaspAP isn't compatible with it, and OpenWRT only works on wired connections. Are there any solutions for Raspberry Pi with WebGUI that can serve as an access point? You mentioned you need it to handle multiple SSIDs linked to specific VLANs. You also have OPNSense for DNS/DHCP/VLANs and managed L2 switches.
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Dinoxe1337
09-21-2024, 08:24 AM #1

RaspAP isn't compatible with it, and OpenWRT only works on wired connections. Are there any solutions for Raspberry Pi with WebGUI that can serve as an access point? You mentioned you need it to handle multiple SSIDs linked to specific VLANs. You also have OPNSense for DNS/DHCP/VLANs and managed L2 switches.

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Maliwan99
Senior Member
346
09-21-2024, 10:39 PM
#2
They're referring to sending VLAN tags from WLAN devices. I hadn't considered it before. It's possible to have several SSIDs within a single VLAN. OpenWRT offers an RPI image, right? https://firmware-selector.openwrt.org/
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Maliwan99
09-21-2024, 10:39 PM #2

They're referring to sending VLAN tags from WLAN devices. I hadn't considered it before. It's possible to have several SSIDs within a single VLAN. OpenWRT offers an RPI image, right? https://firmware-selector.openwrt.org/

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Falcore_
Member
73
10-06-2024, 04:12 PM
#3
Absolutely! That makes sense. It seems like there might have been a mix-up in the details. Let me clarify if you'd like.
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Falcore_
10-06-2024, 04:12 PM #3

Absolutely! That makes sense. It seems like there might have been a mix-up in the details. Let me clarify if you'd like.

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LooseDawg
Senior Member
628
10-08-2024, 07:11 AM
#4
Set up VLAN configurations on the devices, then generate interfaces using the created devices. After that, link an access point to the specified interface. This approach differs from configuring a standard network without VLANs.
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LooseDawg
10-08-2024, 07:11 AM #4

Set up VLAN configurations on the devices, then generate interfaces using the created devices. After that, link an access point to the specified interface. This approach differs from configuring a standard network without VLANs.

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AlloyWay
Junior Member
8
10-10-2024, 03:13 PM
#5
OpenWRT functions as a dedicated router here, not a standalone device. My configuration uses OPNsense for networking services like DHCP, DNS, and VLAN, along with a layer 2 switch to manage tagging.
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AlloyWay
10-10-2024, 03:13 PM #5

OpenWRT functions as a dedicated router here, not a standalone device. My configuration uses OPNsense for networking services like DHCP, DNS, and VLAN, along with a layer 2 switch to manage tagging.

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Ninjas_R_OP
Senior Member
743
10-11-2024, 04:34 AM
#6
I don’t have a switch and there aren’t many free ports on the AP. I just use one trunk for all my WLANs. OpenWRT only handles packet processing by adding or removing VLAN tags.
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Ninjas_R_OP
10-11-2024, 04:34 AM #6

I don’t have a switch and there aren’t many free ports on the AP. I just use one trunk for all my WLANs. OpenWRT only handles packet processing by adding or removing VLAN tags.

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roundhouse_me
Junior Member
8
10-11-2024, 05:08 AM
#7
Aah. Ok. I got confused when you said to plug the AP to the interface. I was hoping for just 1 hardware that would do multiple SSIDs I was hoping to be able to use my Pi for other things (i.e. AirPlay music player). I also have a mini PC with 4c i5-6500T, and considered using a VM, but I think it may be too much for with a virtual interface. I'm currently exploring all of my options, and would experiment when I get the time. I just finished the wired component and testing things out before I put the family router in my network and convert it as an AP/switch.
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roundhouse_me
10-11-2024, 05:08 AM #7

Aah. Ok. I got confused when you said to plug the AP to the interface. I was hoping for just 1 hardware that would do multiple SSIDs I was hoping to be able to use my Pi for other things (i.e. AirPlay music player). I also have a mini PC with 4c i5-6500T, and considered using a VM, but I think it may be too much for with a virtual interface. I'm currently exploring all of my options, and would experiment when I get the time. I just finished the wired component and testing things out before I put the family router in my network and convert it as an AP/switch.

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_Girl_Star_
Junior Member
20
10-11-2024, 11:52 AM
#8
I understand UniFi network capabilities. I’m not entirely certain if that matches your needs.
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_Girl_Star_
10-11-2024, 11:52 AM #8

I understand UniFi network capabilities. I’m not entirely certain if that matches your needs.

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Sheer_Lucke
Junior Member
48
10-11-2024, 08:23 PM
#9
You can purchase an AP with Multi SSID capability. My TP-LINK TL-WA1201 device accommodates up to 4 VLANs and functions on both 2.4GHz and 5GHz bands.
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Sheer_Lucke
10-11-2024, 08:23 PM #9

You can purchase an AP with Multi SSID capability. My TP-LINK TL-WA1201 device accommodates up to 4 VLANs and functions on both 2.4GHz and 5GHz bands.

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DarkenGames
Junior Member
28
10-22-2024, 05:15 PM
#10
This setup can be implemented on OpenWRT as discussed earlier. I question whether a Raspberry Pi is ideal for an access point. On my Devices section I listed: I set up a device named br-lan.666 with VLAN tags and a bridge called IoT. In the Interfaces tab I created an unmanaged interface linked to the IoT device. I configured the WiFi network name to match the IoT bridge. This way, IoT functions as a VLAN 666 gateway and connects to the United Federation of Planets network.
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DarkenGames
10-22-2024, 05:15 PM #10

This setup can be implemented on OpenWRT as discussed earlier. I question whether a Raspberry Pi is ideal for an access point. On my Devices section I listed: I set up a device named br-lan.666 with VLAN tags and a bridge called IoT. In the Interfaces tab I created an unmanaged interface linked to the IoT device. I configured the WiFi network name to match the IoT bridge. This way, IoT functions as a VLAN 666 gateway and connects to the United Federation of Planets network.

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