Your match criteria is essentially the same for both criteria. The only difference might be that in the first, you will consume more router resources by creating two class maps that require an additional inspection of all packets.
In the second configuration, you are relaying on the default...
The easiest way to go about this is to use a flow based queueing mechanism. It can be as simple as enabling WRED, and can be done easily by going into the interface command level and issue the following command:
random-detect.
What this will ensure is that all flows in a common traffic class...
Beleive it or not, the default is acutally to allow for the burst to be 2x CIR. The occurs because the traffic will be able to burst Bc + Be every 10 ms.
Using your output as an example:
Bc = 10,000 bits/interval
Be = 10,000 bits/interval
Interval(Tc) = 10 ms
Replishment Rate = 1250 bytes/10...
The reason why you are allowed to exceed the rate at which you want to is because you have allowed for excess burst on your circuit. By only entering shape average 1000000, cisco has default settings that calculate the sustained and excess burst for you. But as with most commands, you can modify...
Cisco OER is load balance/fault tolerance software solution that come out in the 12.3 and is standard module in 12.4 and later. Don't quote me on the rev's but those are close.
Essentially I wanted to make sure that I wasn't only depending on reachability to make my convergence/failure...
Can I still aggregate two links that are from two different service providers?
I have a multilink connection at one of my other networks, however those links are from the same provider.
It would seem as though I could since the all I need to do is share the chap hostname.
However, what I want...
Both links are PTP with two different providers. I am more worried about the brown conditions more than anything. Something that EIGRP or any other routing protocol for that matter could be prone to.
However I think I am too overly concerned. We have a decent QoS policy to manage congestion and...
For true redundancy, get two routers, place two T1's on each router and as you said before, bond each pair on a multilink interface.
This gives you full redundancy and the ability to load balance over the links. What is also provides you now is the ability to implement Cisco OER to manage the...
We are in the process of designing a fully redundant topology that requires automatic failover. Cisco OER seems to be a good fit however there is one requirement of the design that calls for a fast convergence. It appears as though Cisco OER has a minimum peridic timer of 3 minutes.
However...
We are in the process of designing a fully redundant topology that requires automatic failover. Cisco OER seems to be a good fit however there is one requirement of the design that calls for a fast convergence. It appears as though Cisco OER has a minimum peridic timer of 3 minutes.
However...
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