Hi Jason,
If having everything in your network going to one MX5 feels less than
ideal, than you
could do 2 VRRP instances, with each MX5 being the priority router for
one of the VRRP instances.
Then have half of your network default to the virtual-address of one
VRRP instance, and
the other
Hi Yham,
FYI - I think one of my email messages on this thread didn't go out, the
body of the message was larger than
some threshold, and it requires a moderator approval. (they'll get to
it at some point =-)
can you comments on how AS-confederation will benefit more over having
all BRs part
On 11/15/13 11:29 AM, Michael Hallgren wrote:
Le 15/11/2013 17:10, Dave Curado a écrit :
Hi Yham,
Thanks for the map -- your situation is a lot more interesting than it
first appeared!
I agree! :-)
I'm guessing there may be some number of requirements and policy
decisions that went
Hi Yham,
Thanks for the map -- your situation is a lot more interesting than it
first appeared!
I'm guessing there may be some number of requirements and policy
decisions that went
into this. Without knowing all the back story, it makes it a little
tricky to say what would
be best solution.
Hi Yham,
On the Pro side, you would conserve one ASN by using the same ASN for
both data centers.
Also, if in the future the datacenters were to get some direct
connectivity with each other, it
would be relatively straight forward to join the network control planes
together.
I can't think of
Hi Yham,
Ah. I assumed by your original question that the datacenters were not
interconnected.
It sounds like you should be able to call both your datacenters,
together, a single AS.
You'll want to create a full ibgp mesh, and routing should be relatively
straight forward.
HTHs,
Dave
On 1
Another possible way to get the desired connectivity would be to create
two VLANs to the customer (customer "A") and then create 2 CCC connections,
one to customer "B" using VLAN 888 and another to customer "C" using VLAN 889
(or whatever).
The thing to keep in mind about using VPLS is that (by
Hi,
You could do this...
set logical-systems R1 interfaces lt-1/2/0 unit 1 encapsulation ethernet
set logical-systems R1 interfaces lt-1/2/0 unit 1 peer-unit 2
set logical-systems R1 interfaces lt-1/2/0 unit 1 family inet address
100.100.100.1/24
and then
set logical-systems R2 interfaces lt-1
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