All,
I was wondering if any of you have a good link to a site that explains
how the bandwidth is derived for T-1/T-3 circuits. What I'm looking for
specifically is how we come to 1.544 Mb/s for a T-1 that is 24x64K channels
which = 1536K, and what happens to the other 8K, and the same calculat
11:33 AM
To: [EMAIL PROTECTED]
Subject: How do you get that? [7:41832]
All,
I was wondering if any of you have a good link to a site that
explains
how the bandwidth is derived for T-1/T-3 circuits. What I'm looking for
specifically is how we come to 1.544 Mb/s for a T-1 that is 24x64K
channel
02 1:31 PM
To: Kelly Cobean; [EMAIL PROTECTED]
Subject: RE: How do you get that? [7:41832]
You can credit Scott Morris for this explanation:
Let's go way back to voice sampling days (where our DS0s
and T-1 originate) and look at the bandwidth of each voice
line. The human voice occupies 3,
: Thursday, April 18, 2002 12:33 PM
To: [EMAIL PROTECTED]
Subject: How do you get that? [7:41832]
All,
I was wondering if any of you have a good link to a site that explains
how the bandwidth is derived for T-1/T-3 circuits. What I'm looking for
specifically is how we come to 1.544 Mb/s
"All you wanted to know about T1 but were afriad to ask"
padding
padding
padding
http://www.dcbnet.com/notes/9611t1.html
HTH,
Mike W.
Message Posted at:
http://www.groupstudy.com/form/read.php?f=7&i=41852&t=41832
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FAQ, list archives, and subsc
To: [EMAIL PROTECTED]
Subject: RE: How do you get that? [7:41832]
You can credit Scott Morris for this explanation:
Let's go way back to voice sampling days (where our DS0s
and T-1 originate) and look at the bandwidth of each voice
line. The human voice occupies 3,200 Hz of sound waves. We
cover s
: Thursday, April 18, 2002 12:33 PM
> To: [EMAIL PROTECTED]
> Subject: How do you get that? [7:41832]
>
> All,
>I was wondering if any of you have a good link to a site that explains
> how the bandwidth is derived for T-1/T-3 circuits. What I'm looking for
> specifica
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