What is T3...?
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it's a very fast, very expensive way to directly connect to the internet.
It eats DSL connections like mine for breakfast.
Edit: It seems there are edits in most of my posts. Can't I write even ONE sentence without typos?
Edit: It seems there are edits in most of my posts. Can't I write even ONE sentence without typos?
Last edited by DonFck (2006-05-17 14:23:18)
I need around tree fiddy.
But technically... what is it? Is it sattelite?
Add me on Origin for Battlefield 4 fun: DesKmal
i just checked what a T3 connection would cost me in chicago (since its not available in my suburb yet) and it would cost anywhere from $350-$1200 per month.
also, it has a download speed of 45mb/s.
also, it has a download speed of 45mb/s.
it's a landline. i had it at my old high school and as i recall, it just uses cat5 cable. i might be incorrect though.Kmal1 wrote:
But technically... what is it? Is it sattelite?
also, since this is like my third post on this thread, i'm going to let someone else answer a few questions now.
and yes, i'm well aware i could edit my posts. stfu.
It doesnt use fiber optics? Thats weirdm lol. I was just wondering, what would that cost in ATL, or give me the site please, so I can check myself. lol
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Im sure it doesn’t use cat5, it will connect to the router at your school then the router will be connected to a switch that all the computers connect to using cat5 cable.
Isn’t T3 a primary rate ISDN line that just has more B channels than T1 (ISDN30)?
Otherwise im guessing it’s a leased line using fibre or something.
Isn’t T3 a primary rate ISDN line that just has more B channels than T1 (ISDN30)?
Otherwise im guessing it’s a leased line using fibre or something.
OC-1536 & beyond
The two remaining Optical Carrier standards remaining (OC-1536 & OC-3072) will theoretically be able to provide transmission speeds of around 80 Gbit/s & 160 Gbit/s respectively. It is unknown if such standards will be implemented in the near future, and is considered unlikely.
Wow.... We need that for BF2....
The two remaining Optical Carrier standards remaining (OC-1536 & OC-3072) will theoretically be able to provide transmission speeds of around 80 Gbit/s & 160 Gbit/s respectively. It is unknown if such standards will be implemented in the near future, and is considered unlikely.
Wow.... We need that for BF2....
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http://www.broadbandlocators.com/t3.php
thats the site i checked on. if you scroll down youll see a list of states. click on yours...and so on.
i don't believe it uses fiber optic cable. there is a way to connect to the internet using fiber optic lines, but as far as i know no one uses it yet, not even the government. i believe its just used for networking businesses as of yet. also, its quite expensive.
thats the site i checked on. if you scroll down youll see a list of states. click on yours...and so on.
i don't believe it uses fiber optic cable. there is a way to connect to the internet using fiber optic lines, but as far as i know no one uses it yet, not even the government. i believe its just used for networking businesses as of yet. also, its quite expensive.
It's essentialy 28, T-1 lines. The 'T' stands for TIME SHARE MULTIPLEXING. It has to do with the wavelengths and how they extract data from them. It's just a fancy modem.
Last edited by King_County_Downy (2006-05-17 15:02:00)
Sober enough to know what I'm doing, drunk enough to really enjoy doing it
Come now, you should know better than to not Google and/or check Wikipedia first.Kmal1 wrote:
What is T3...?
http://en.wikipedia.org/wiki/T-carrier
Here's an explanation on wikipedia about the T-carrier system.
http://en.wikipedia.org/wiki/T-carrier
When you are talking about ISDN, T1's and T3's, they are basically all T-carrier systems. Along with the expensive service charge, you also have expensive equipment requirements. T3's are generally meant for large businesses and schools. Generally, you won't get a real T3 at home. Here's a comparison of the different levels of T-carrier service.
T-Carrier Systems North American
Level zero (Channel data rate) 64 kbit/s (DS0)
First level 1.544 Mbit/s
(Intermediate level, US. hierarchy only) 3.152 Mbit/s (DS1C) (48 Ch.)
Second level 6.312 Mbit/s (DS2) (96 Ch.)
Third level 44.736 Mbit/s (DS3) (672 Ch.) (T3)
Fourth level 274.176 Mbit/s (DS4) (4032 Ch.)
Fifth level 400.352 Mbit/s (DS5) (5760 Ch.)
Read more on the Wikipedia page linked above as there are Japinese and European standards that differ from N. America slightly.
http://en.wikipedia.org/wiki/T-carrier
When you are talking about ISDN, T1's and T3's, they are basically all T-carrier systems. Along with the expensive service charge, you also have expensive equipment requirements. T3's are generally meant for large businesses and schools. Generally, you won't get a real T3 at home. Here's a comparison of the different levels of T-carrier service.
T-Carrier Systems North American
Level zero (Channel data rate) 64 kbit/s (DS0)
First level 1.544 Mbit/s
(Intermediate level, US. hierarchy only) 3.152 Mbit/s (DS1C) (48 Ch.)
Second level 6.312 Mbit/s (DS2) (96 Ch.)
Third level 44.736 Mbit/s (DS3) (672 Ch.) (T3)
Fourth level 274.176 Mbit/s (DS4) (4032 Ch.)
Fifth level 400.352 Mbit/s (DS5) (5760 Ch.)
Read more on the Wikipedia page linked above as there are Japinese and European standards that differ from N. America slightly.
no not sattalite. T3 is a fast connection usally used for a server that is massive in its usage(such as a school). What it uses is is a multiplex of T1 connections to create a much faster connection. So basicly its a landline connection that uses a large wire (or cord whichever you prefer) to create a faster more effecient connection. (If any of this is wrong plz someone correct me lol =P)Kmal1 wrote:
But technically... what is it? Is it sattelite?