Here is another study question for clarification. Assume the following
configuration:
queue-list 1 protocol ip 1
queue-list 1 protocol ipx 2
queue-list 1 protocol appletalk 3
queue-list 1 protocol ip 4 tcp 20
queue-list 1 default 5
queue-list 1 queue 1 byte-count 4500
A) Once the byte count in
The answer is B. Custom queueing will not fragment the packets. It will
send the entire packet, even if it passed the byte count. Then it will go
on to the next queue.
Darren
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Darren House
Internet Systems Engineer
UUNET, A World Com Company
703-886-6641
[EMAIL PRO
: [EMAIL PROTECTED]
Subject: Custom queue
Here is another study question for clarification. Assume the following
configuration:
queue-list 1 protocol ip 1
queue-list 1 protocol ipx 2
queue-list 1 protocol appletalk 3
queue-list 1 protocol ip 4 tcp 20
queue-list 1 default 5
queue-list 1 queue 1
The router will send the entire packet to finish off the byte count.
If it has serviced 4400 bytes from queue 1 it can still transmit 100 bytes
before moving to queue 2. If a 1500 bytes packet is next up in queue 1 it
will transmit the entire packet before going to queue 2.
This means that it
Hi guys,
Just a little confusion regarding CQ.
As far as I know when we are going to implement custome queueing for
different protocols,we are suppose to consider frame size for every protocol
and than find the accurate bandwidth each queu should have??
On the other hand, I saw in many test l
I'm looking for feedback that I am/not calculating my custom queue byte
count the correct size.
Below I've made up a circuit with a 56K cir and a port speed of 64K. Assume
the carrier lets me burst to port speed.
My first question would be do I calculate the queue sizes based on
You should work with ratios rather than absolute numbers.
At 06:19 PM 10/18/01, Jon Tucker wrote:
>I'm looking for feedback that I am/not calculating my custom queue byte
>count the correct size.
>
>Below I've made up a circuit with a 56K cir and a port speed of 64K. Assum
for more critical applications.
After searching I found that either policy routing or custom queue
should do the job (in one way or another), with CQ being the "correct" one.
Can you help me out ? The examples that I found were too simple for
me to make any kind of decision.
I am
may be you can use the following mathod instead of CQ.
Cause CQ is custom queue, maybe it will lead to a delay in the VOIP if the
queue-size is not optimized well.
So, may be you can use NBAR to adjust the bandwidth consumption between the
Voice IP traffic and normal IP traffic
first you define
may be you can use the following mathod instead of CQ.
Cause CQ is custom queue, maybe it will lead to a delay in the VOIP if the
queue-size is not optimized well.
So, may be you can use NBAR to adjust the bandwidth consumption between the
Voice IP traffic and normal IP traffic
first you define
may be you can use the following mathod instead of CQ.
Cause CQ is custom queue, maybe it will lead to a delay in the VOIP if the
queue-size is not optimized well.
So, may be you can use NBAR to adjust the bandwidth consumption between the
Voice IP traffic and normal IP traffic
first you define
I need to set up some sort of priority so I could optimize the
> overall usage "reserving" bandwidth for more critical applications.
> After searching I found that either policy routing or custom queue
> should do the job (in one way or another), with CQ being the "correct&
Hello,If the requirement is to configure 30% of the bandwidth on the
serial port (1.544MB) for ipx traffic, how much will that be?I calculated
(1.544 X 1024)/(30/100)? Is this how it's done or is there a right way to
do this to get the actual value?Thank you.Sincerely,CN
--
Cisco Nuts wrote:
>
> Hello,If the requirement is to configure 30% of the bandwidth
> on the
> serial port (1.544MB) for ipx traffic, how much will that be?I
> calculated
> (1.544 X 1024)/(30/100)? Is this how it's done or is there a
> right way to
> do this to get the actual value?Thank you.Since
I'll take another stab at an answer.
Cisco Nuts wrote:
>
> Hello,If the requirement is to configure 30% of the bandwidth
> on the
> serial port (1.544MB) for ipx traffic, how much will that be?I
> calculated
> (1.544 X 1024)/(30/100)?
Your bandwidth is 1.544 x 1000 x 1000 = 1,544,000 bits per
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