From: Martyniak, James (martynij@xxxxxxxxxxxxxx)
Date: Fri Sep 07 2001 - 13:24:58 GMT-3
To tell you the truth I did not even consider a GRE solution. I thought
about it after the fact. From my perspective a tunneled solution would be
more efficient but, I saw nothing stated about efficiency in the lab.
I got to thinking though, which solution actually uses more resources? My
guess would be 2 ospf processes.
Jimmy Martyniak
Network Engineer
University of Pennsylvania Health System
(215)662-6243
-----Original Message-----
From: Scott Hoover [mailto:scott.hoover@powerupnetworks.com]
Sent: Friday, September 07, 2001 11:01 AM
To: 'Martyniak, James'; CCIELAB (E-mail)
Subject: RE: fatkid 502
I hate to egg this on but I can't resist. I have not seen this lab, but it
seems to me the most likely answer (from both a theory and actual CCIE lab
standpoint) would be to use the virtual-link. I would think that you would
have to defend your answer if you would approach this from any other
standpoint. Comments?
Scott J. Hoover
Network Engineer
PowerUp Networks
scott.hoover@powerupnetworks.com
-----Original Message-----
From: Martyniak, James [ mailto:martynij@uphs.upenn.edu
<mailto:martynij@uphs.upenn.edu> ]
Sent: Friday, September 07, 2001 9:42 AM
To: CCIELAB (E-mail)
Subject: fatkid 502
I initially solved the discontinuous areas via, running 2 ospf processes on
R2 and redistributing between themselves. The final solution used a GRE
tunnel to get area 2 to the backbone.
Which would be more acceptable? I could spark up a debate about which is
more efficient? 2 ospf proc.(memory intensive) or a GRE tunnel(cpu time).
Jimmy Martyniak
Network Engineer
University of Pennsylvania Health System
(215)662-6243
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