From: Scott Smith (hioctane@gmail.com)
Date: Fri Mar 23 2007 - 14:47:56 ART
GLBP works by responding to ARP requests with different MAC addresses
depending which router should get the traffic. Since we only have one
host (so to speak) on that segment it'll get the initial ARP response
and never ask again (assuming the entry doesn't expire) which will
send all of the traffic to one router.
This is my understanding of GLBP and hopefully I'm not too far off.
-- Scott CCIE #17040 (R&S)On 3/23/07, Greg Wendel <gwendel@gmail.com> wrote: > Can you just use GLBP and be done with it? > > > On 3/23/07, Scott Smith <hioctane@gmail.com> wrote: > > > > Goal: R2 and R3 have two equal routes to 10.10.10.0/24. R2 for example > > should have two equal routes to 10.10.10.0/24 one via R3 and one via > > R1. > > > > R99 is using 5.5.5.1 as it's default gateway which is the HSRP address > > of the HSRP group between R2 and R3. The idea is to have the active > > HSRP router load balance the traffic across both possible paths. > > > > I've come up with one solution that works and two or three that do > > not. If you'd like to take a swing at have a look at the topology. I'd > > be interested to see how some of you would solve this. > > > > http://ccie17040.googlepages.com/drawing.jpg > > > > (The blue arrows indicate the OSPF neighbors) > > > > -- > > Scott > > CCIE #17040 (R&S) > > > > > _______________________________________________________________________ > > Subscription information may be found at: > > http://www.groupstudy.com/list/CCIELab.html > > > > > > > > > > -- > Gregory Wendel > Springfield VA, 22153
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