...This table is VLAN by VLAN, listing all the interfaces that use that VLAN...
thx for replying but I'm still lost. I have done some research but I'm still clueless. I would expect the same but my current configuration tells me a different story.
On the CRS328-24P ether01 to ether10 are used, I was connected on ether16 as I pulled the configuration. The CRS328-24P is connected via an uplink to a CRS328-20S, which in turn is connected via an uplink to a CCR1009. At the moment, only the intercom is powered, as the network upgrade is not yet complete, final it is:
FTTH -> CCR1009 __ CRS328-20S __ CRS328-24P
| | | | |_PoE to Intercom System
| | | |
| | | |__fiberes to multiple Hex S with connected cAP ac (WiFi, LAN per flat)
| | |__fibres to Hex PoE what powers some hAP ac3 for common area WiFi etc.
| |
| |__DMZ
|___Terminal PC for Management, accessible via remote access (set configuration, don't change a running system)
The intercome is a mixture of
2N Devices. Some devices come with the manufacturer's OS, some with
Android. The former is capable of VLAN tag, the latter unfortunately not, although Android should support this.
This results in the following settings on the ports:
Devices that are untagged are on the following ports.
VLAN ID 100 is added to them for traffic to the uplink:
ether01: untagged traffic VLAN ID=---, PVID=100
ether07: untagged traffic VLAN ID=---, PVID=100
ether08: untagged traffic VLAN ID=---, PVID=100
ether09: untagged traffic VLAN ID=---, PVID=100
add bridge=br.ether-sfp comment="UG Ost" interface=ether1 pvid=100
add bridge=br.ether-sfp comment="1.OG Ost" interface=ether7 pvid=100
add bridge=br.ether-sfp comment="1.OG West" interface=ether8 pvid=100
add bridge=br.ether-sfp comment=2.OG interface=ether9 pvid=100
Devices with VLAN TAG, VLAN ID=100, are on the following ports, PVID=1 is therefore not important:
ether02: tagged traffic VLAN ID=100, PVID=001 ether06: tagged traffic VLAN ID=100, PVID=001
ether03: tagged traffic VLAN ID=100, PVID=001 ether10: tagged traffic VLAN ID=100, PVID=001
ether04: tagged traffic VLAN ID=100, PVID=001
ether05: tagged traffic VLAN ID=100, PVID=001
add bridge=br.ether-sfp comment="UG Nord" interface=ether2
add bridge=br.ether-sfp comment="UG West" interface=ether3
add bridge=br.ether-sfp comment="EG Ost" interface=ether4
add bridge=br.ether-sfp comment="EG Nord" interface=ether5
add bridge=br.ether-sfp comment="EG West" interface=ether6
add bridge=br.ether-sfp comment=3.OG interface=ether10
The bridge removes the VLAN Tag on the traffic to the devices where necessary (ether1 and ether 7-9)
add bridge=br.ether-sfp comment=Gegensprechanlage\
tagged="ether2,ether3,ether4,ether5,ether6,ether10,sfp-sfpplus1,sfp-sfpplus2,sfp-sfpplus3,sfp-sfpplus4\
" untagged=ether1,ether7,ether8,ether9\
" vlan-ids=100
Besides, there is Management VLAN10, available on all ports, as there is still a wait here until all installation work has been completed.
Again Intercom VLAN100
The dynamic VLAN is still a mystery to me, but perhaps it results from the answer to my actual question.
What I would have expected now is that in the column
Current Taggedonly the ports are listed on which the VLAN is used and traffic with VLAN tag is on the way. In the column
Current Untagged corresponding traffic without VLAN tag is listed after is was removed in case of PVID application, as defined in
add bridge=br.ether-sfp ...
Currently, there is only VLAN100 traffic, so I wondering why there these columns are filled for the other VLANs.