Hi Alex,
After seeking professional help 🙂 🙂 I believe my brain may be functioning on the correct technical level now.....
I see where the confusion is......
You were always advising froma two interface scenario whereas I was looking at it from a 1 interface scenario.
I still do not have the S-TAG so cannot confirm, but I'm guessing the following config will complete the task for me:
Let's pretend I have two customers now. here would be their details:
Customer 1:
Customer VLAN-ID: 10
Management VLAN-ID: 99
S-TAG: 500
Customer 2:
Customer VLAN-ID: 20
Management VLAN-ID: 99
S-TAG: 200
Configuration Customer 1:
set interfaces xe-1/2/4 unit 10 description to-customer1-cpe
set interfaces xe-1/2/4 unti 10 vlan-tags outer 500 inner 10
set interfaces xe-1/2/4 unit 10 family inet address 192.168.10.1/30
set interfaces xe-1/2/4 unit 99 description management-customer1
set interfaces xe-1/2/4 unit 99 encapsulation vlan-bridge
set interfaces xe-1/2/4 unit 99 vlan-tags outer 500 inner 99
set interfaces xe-1/2/4 unit 99 family bridge
Configuration Customer 2:
set interfaces xe-1/2/4 unit 20 description to-customer2-cpe
set interfaces xe-1/2/4 unit 20 vlan-tags outer 200 inner 20
set interfaces xe-1/2/4 unit 20 family inet address 192.168.20.1/30
set interfaces xe-1/2/4 unit 98 description management-customer2
set interfaces xe-1/2/4 unit 98 encapsulation vlan-bridge
set interfaces xe-1/2/4 unit 98 vlan-tags outer 200 inner 99
set interfaces xe-1/2/4 unit 98 family bridge
Mangement irb:
set interfaces irb unit 99 family inet address 10.10.99.1/16
Bridge Domain:
set bridge-domains BD99 vlan-id 99
set bridge-domains BD99 no-local-switching
set bridge-domains BD99 interface xe-1/2/4.99
set bridge-domains BD99 interface xe-1/2/4.98
set bridge-domains BD99 routing-interface irb.99
The only downside is that I will need two interfaces per customer, but, that's the way it's gotta be.
As soon as I test this I'll let you know the results.