Steven A. Ridder wrote:
I believe the delay is by default set on the interface by the
router based
on the type of link it is. I'm sure there's charts on CCO
somewhere. You
can change this info on the interface with the delay command,
which is the
recommended way of changing a metric if
So is it safe for me to conclude that I was wrong in stating that EIGRP
sends the metrics to its neighbors. It actually sends the raw data such as
bandwidth, and delay, and the neighbor router uses the DUAL FSM process to
calculate the Reported Distance and then it's distance? I've been
The 'Bandwidth' and 'Delay' parameters ARE metrics,
which are sent to neighbours in packets in order that
DUAL can be run to calculate its topological database
and routing table.
Phil.
--- Steven A. Ridder
wrote: So is it safe for me to conclude that I was
wrong in
stating that EIGRP
A router sends the components of the metric. The recipient calculates the
actual composite metric by working a bunch of black magic.
The DUAL process and figuring out successors are separate from the metric
calculation, but use the metric info.
Here's a terrific paper on the topic:
Did anyone notice that I explained reliability and load backwards? ;-) It
was a copy-and-paste error. Reverse the two explanations below please.
Priscilla
At 08:43 PM 2/20/02, Priscilla Oppenheimer wrote:
The delay part of the EIGRP composite metric is not measured. It's based on
the type of
ahhh you ole cut'n'paster
:p
:)
Priscilla Oppenheimer 02/21/02 02:51PM
Did anyone notice that I explained reliability and load backwards? ;-) It
was a copy-and-paste error. Reverse the two explanations below please.
Priscilla
At 08:43 PM 2/20/02, Priscilla Oppenheimer wrote:
The
The EIGRP bandwidth metric is 2.56 billion divided by the real bandwidth.
That's just how Cisco does it (and how Sniffer displays it). In this case,
the bandwidth metric is 1657856, as the Sniffer reports. The network is
reachable via a single, ordinary 1544 Kbps serial interface. Do the math.
Reposting. I never saw this one get posted.
The EIGRP bandwidth metric is 2.56 billion divided by the real bandwidth.
That's just how Cisco does it (and how Sniffer displays it). In this case,
the bandwidth metric is 1657856, as the Sniffer reports. The network is
reachable via a single,
Hi,
In EIGRP, the delay metric is taken as configured in the interface of the
router by the administrator, by default, or by measurement?
when the router calculates the metric, it needs to know the minimum
bandwidth along the path, and also the delay along the path. how can the
router pass
I believe the delay is by default set on the interface by the router based
on the type of link it is. I'm sure there's charts on CCO somewhere. You
can change this info on the interface with the delay command, which is the
recommended way of changing a metric if you are forced to do so. The
The router DOES pass total delay and minumum bandwidth of the route
to neighbors.
check show ip eigrp topologu
Sasa
CCIE No 8635
Steven A. Ridder wrote:
I believe the delay is by default set on the interface by the router based
on the type of link it is. I'm sure there's charts on CCO
It's not in a packet that gets sent.
Sasa Milic wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
The router DOES pass total delay and minumum bandwidth of the route
to neighbors.
check show ip eigrp topologu
Sasa
CCIE No 8635
Steven A. Ridder wrote:
I believe the
Oops, I looked it up and what do you know... these's a nice field for
bandwidth and delay.
Steven A. Ridder wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
It's not in a packet that gets sent.
Sasa Milic wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
The
At 07:03 PM 2/20/02, Steven A. Ridder wrote:
It's not in a packet that gets sent.
It is actually. Here's a packet for you:
DLC: - DLC Header -
DLC: Destination = Station Cisco1053E80
DLC: Source = Station Cisco1002E75
DLC: Ethertype = 0800 (IP)
IP: -
The delay part of the EIGRP composite metric is not measured. It's based on
the type of interface. Each type of interface has a default value. You can
change it, although this is risky and not recommended.
Because EIGRP is a distance-vector protocol, the router sends route updates
that list
I'm curious about the EIGRP bandwidth being reported at 2.5 billion bps.
what kind of a network you running there, PO? ;-
see below:
Priscilla Oppenheimer wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
At 07:03 PM 2/20/02, Steven A. Ridder wrote:
It's not in a packet that
well, phrak, the server ate my notations:
trying again:
see below.
Priscilla Oppenheimer wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
At 07:03 PM 2/20/02, Steven A. Ridder wrote:
It's not in a packet that gets sent.
It is actually. Here's a packet for you:
DLC:
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