RE: Routing Protocol Load-Sharing

2000-07-26 Thread Chuck Larrieu
[EMAIL PROTECTED] Subject: Routing Protocol Load-Sharing What is the maximum number of equal-path equal-cost load sharing / balancing will OSPF or EIGRP do? Basically, I have 12 T1 circuits that I am thinking of load-sharing between two Data Centers. I am either thinking of using a Larscom Or

Re: Routing Protocol Load-Sharing

2000-07-26 Thread Donald B Johnson Jr
I believe the no# is 6 Duck - Original Message - From: Evan You <[EMAIL PROTECTED]> To: <[EMAIL PROTECTED]> Sent: Wednesday, July 26, 2000 6:48 AM Subject: Routing Protocol Load-Sharing > What is the maximum number of equal-path equal-cost load sharing / balancing >

RE: Routing Protocol Load-Sharing

2000-07-26 Thread Evan You
or E3 internationally (I know, I work for WorldCom). - Evan -Original Message- From: Chuck Larrieu [mailto:[EMAIL PROTECTED]] Sent: Wednesday, July 26, 2000 11:02 AM To: Cisco Mail List; Evan You Subject: RE: Routing Protocol Load-Sharing Evan, at some point you might want to

Re: Routing Protocol Load-Sharing

2000-07-26 Thread Brian
On Wed, 26 Jul 2000, Evan You wrote: > What is the maximum number of equal-path equal-cost load sharing / balancing > will OSPF or EIGRP do? 6 i believe, and I believe 4 is the default. Brian > > Basically, I have 12 T1 circuits that I am thinking of load-sharing between > two Data Centers.

Re: Routing Protocol Load-Sharing

2000-07-26 Thread Geert Hampe
Hi Evan, Ospf is like 6 equal cost paths and EIGRP is like 4 equal or unequal cost paths. EIGRP is more flexible to have unequal load balancing. Cu Geert Hampe CCNP+Voice+ATM CCDP Evan You <[EMAIL PROTECTED]> wrote in message 001001bff708$38afaf20$[EMAIL PROTECTED]">news:001001bff708$38afaf20$

Routing Protocol Load-Sharing

2000-07-26 Thread Evan You
What is the maximum number of equal-path equal-cost load sharing / balancing will OSPF or EIGRP do? Basically, I have 12 T1 circuits that I am thinking of load-sharing between two Data Centers. I am either thinking of using a Larscom Orion 4000 IMUX to bundle the T1 into two groups and out into H