5K subscribers on a single port/handover VLAN for any modern BNG should
not be a problem...
Assuming you're sticking with IPoE/DHCP and you really want to split
subscribers over multiple BNGs, I'd do something like this:
1. Present the backhaul VLAN to your N BNGs. You will need to use
With have the same gateway IP universal across routers - I can't really
help with that, and if you've got a 'hack' that is working, perhaps
stick with that.
In regards to sharing load between mikrotiks, assuming you are using
DHCP server (IPoE, since you specified no PPPoE) - my solution
On Mon, Sep 13, 2021 at 6:15 AM Damian Ivereigh wrote:
>
> I would love to use fq_codel, but right now we just use Mikrotik's red.
> The biggest hassle is that NBN shape down at 10ms which is pretty hard
> on the shaping software!
>
> Does make me wonder if we should ditch the Mikrotiks and use
I would love to use fq_codel, but right now we just use Mikrotik's red.
The biggest hassle is that NBN shape down at 10ms which is pretty hard
on the shaping software!
Does make me wonder if we should ditch the Mikrotiks and use an open
source solution.
Damian
On 9/13/21 10:33 PM, Dave
Wow. You live in such a different world than I. I would really like to
better understand problems such as these, but where
you are worried about arp at this low level, I worry about good queue
and subscriber bandwidth management like that in this:
https://github.com/rchac/LibreQoS
(leveraging
Hi guys,
We have built all our ISP infrastructure based on the NBN style doubled
tagging of services - in other words each subscriber circuit comes
through on it's own ctag. This makes separating everything really easy
because we pipe each vlan through to different BNG's. However we are now
