The one think working in Cisco'v favour is the fact that the lab is much more
difficult than the written. The written is almost trivial with respect to the level
of preparation required for the lab.
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On 9/17/2000 at 9:56 PM Kirk Bollinger wrote:
>This
Achieving symmetric traffic flow in this situation will be challenging (using BGP).
Without seeing your configs and getting a better feel for the network I could suggest
you move toward an asymmetric scenario. Simply run HSRP into your own LAN and allow
all outbound to flow out one line, and
You guys must be integrators! She has a 5500 already, which although somewhat dated,
should be able to provide enough horsepower to route to 600 users in 5 or 6 subnets
surely.
I highly expect her issue is not lack of hardware related. I expect there is a
misconfiguration or faulty cabling a
Totally stubby is a cisco nob that takes the concept of a stub area a step further.
In a stub area, only LSA types 1 (router) 2 (network) and 3 ( summary) flow within the
area. Hence, no routing information concerning prefixes outside of the OSPF domain is
injected into the area. In a total
ABR?
>|-Area2|
>
>would the above layout make and area NOT stubby or totally stubby?
>
>Chuck
>
>-----Original Message-
>From: [EMAIL PROTECTED] [mailto:[EMAIL PROTECTED]] On Behalf Of
>Peter A van Oene
>Sent: Saturday, November
Correction to my own post. I meant to say that the LSA type 5's flood domain wide,
not just area wide.
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On 12/11/2000 at 12:12 PM Peter A van Oene wrote:
>It actually has little to do with physical topology (noted exception of NSSA). The
It's my experience that companies do not buy certificates, they hire people. Hard or
not, simply passing tests does not imply superiority in my books.
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On 14/11/2000 at 8:55 AM Scott M. Trieste wrote:
>Ladies and gents!
>
>Just a thought. But I was cu
Prep like normal and then take Bruce Caslow's CCIE Lab prep course, Expert CCIE Prep
Class 1, or ECP1 from MentorTech. Its a little more costly than some, but will give
you the scenario practise you need. Until then, read books and make routers do wierd
things.
Heres a link to the ECP cours
I'll attack these one at a time below
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On 8/6/00 at 7:10 AM Stephane Wantou Siantou wrote:
>I need help with the following exam objectives:
>1) Describe BGP synchronization
The rule of synchronization states that no BGP router will advertise a networks
ting here filling out my training request form. This is not going to
>help my managers ulcers
>
>
>-Original Message-
>From: [EMAIL PROTECTED] [mailto:[EMAIL PROTECTED]]On Behalf Of
>Peter A van Oene
>Sent: Sunday, August 06, 2000 9:32 PM
>To: [EMAIL PROTECTED]
>
On a similar, though less lofty note, I know little about Windows outside of how to
make it nice in the IP/IPX world, yet I made it through the CCIE program. Getting to
Howards level is more of a lifelong battle :)
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On 8/7/00 at 2:01 PM Howard C. Berk
CCDP involves some more intense study into SNA which could prove valuable
on the CCIE lab/written
Other than that, it could be an afterthought. However, prior to being
ready to perform your lab (CCDP is harder than CCIE written imho) you could
easily go and write your DP
Pete
***
BCMSN by Thomas, Bass and Robinson is a good course companion text that should provide
excellent coverage of the material.
Its from the McGraw Hill technical series
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On 8/10/00 at 1:19 AM Bruce wrote:
>I am taking the BCMSN in a couple of weeks. I have
First off, Interconnections: Second Edition by Radia Perlman is one of the
few must read texts on the market today. Not only is it incredibly
informative, Radia's wit and unique perspective make it very readable.
Beyond that, I would simply look for the spec's on the IEEE Std 802.1D
specificati
Actually, you can't just apply a route-map to an interface. What one would
do in this case is use policy based routing linked to route maps.
consider the following
interface e0
ip policy route-map selectout
route-map selectout permit 10
match ip address 1
set ip default next-hop 205.210.220
---
Peter Van Oene
Senior Systems Engineer
UNIS LUMIN Inc.
www.unislumin.com
Briefly,
T1 is a layer one specification describing a digital, point to point
circuit made up of 24 64k channels, each with 8k of inband signalling. The
aggregate as many has mentioned is 1.544Mb/s
Frame Relay is a layer two specification describing a packet switched
network.
The confusion li
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