I don't know how current this Product Bulletin is but you'll get the general
idea:

http://www.cisco.com/warp/public/cc/pd/iosw/iore/prodlit/768_pb.htm

Setting up load splitting/balancing when HSRP is present generally requires
that there be at least two subnets or VLANs.  One subnet/VLAN has router c
as active and router d as standby while the other subnet/VLAN has router d
as active and router c as standby.  This may not fit into your architecture
very well, given that you stated the remote offices were small.  You may
want to think about having a single router at each end with two T-1s and a
cold standby router (CSRP?) in the closet.

Just a thought.

David Armstrong wrote:
> 
> We have a couple of small but critical networks at remote
> offices we're
> wanting to connect to our man office. We have several 2610 and
> 2620 routers
> not being used right now. We'd like to setup a solution at
> those two sites
> that will load balance across two T1's and be redundant.
> 
> I don' think true redundancy throughout can be done but here's
> what I can
> come up with:
> 
> OSPF on routers A,B,C and D with equal cost paths on routers C
> and D to
> routers A nd B. I've never setup HSRP like this before and I
> was wondering
> if there is anything tricky about the OSPF configuration for
> routers C and D
> to be able to send round robin to routers A and B. I really
> don't think
> there is. Logically, HSRP won't even effect routing decisions
> leaving the
> Primary router in the set until it fails over and then the
> failover router
> should continue sending round robin to routers A and B.
> 
> 
>          T1            T1
>            |                |
>      2610(A)     2610(B)
>            |                |
>            |                |
>            -------------
>                    |
>                    |
> 2610(C)-HSRP-2610(D)
>                    |
>                    |
>            Network
> 
> 
> If anyone has a better idea or suiggestions with this I'd
> appreciate your
> thoughts.
> 
> Thanks,
> 
> David Armstrong
> 
> 




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