A OC48 is the equivalent of 1600 T1 lines or a little more than 56 T3 lines and can carry a total signal at 2488 megabits per second. It's generally used for connecting extremely large computer networks to each other over long distances and works only over fiber optic connections.
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The payload capacity on an OC-48 is 2.405376 Gbit/s . You can communicate with the transmission equipment at any speed you want, but you have to take a break now and then to let it catch up. If you literally need a full-time Gigabit throughput across the link, then you can only get two of those on an OC-48.
There are infinitely many.
how many anchoives are in a can
The no. of entities that can be associated with another entity. For eg. 1-1, 1-many, many-1 and many-many
The word many is an adjective (many, more, most), an indefinite pronoun (a pronoun that does not refer to a specific person, thing or amount), and a noun. Example uses:Adjective: Many people like that program.Pronoun: Many do like that program.Noun: A program for the many but not for me.
A full port OC48 has a capacity measured in GB. The capacity is 2.884 Gbps for OC48. Converted into Mbps this would be 2,547.712 Mbps.
an OC48 has 48 DS3's.
A OC48 is the equivalent of 1600 T1 lines or a little more than 56 T3 lines and can carry a total signal at 2488 megabits per second.
An OC48 bandwidth connection is 2.488 Gbps which equates to 19,904,000 kbps (kilobits) or 2,488,000 KBps (kilobytes).
Irlpa t1s.
There are 28 T1 carrier lines in a T3 connection.
Ten T1s
A channelized DS3 is also a DS3 Hub. Details can be found here. http://techblog.intelletrace.com/what-is-a-ds3-hub/ Summary: A Channelized DS3 supports up to 28 DS1's using M13. Originally, DS3's were used for aggregating T1s. Imagine 28 T1s, all terminating at a CO, but originating at 28 different locations at varying distances from the CO. Because the T1s are not related, they may be out of sync with each other. The original designers knew that this was a probability, so they designed the first stage of the multiplexing process to deal with the problem. The speed of a T1 is generally reported as 1.544 Mbps. If you multiply 1.544 Mbps * 4, you get 6.176 Mbps. Why, then, is a DS2, which is four T1s, shown as 6.312 Mbps? To compensate for T1s that are not delivering bits in a timely manner (+/- 77 Hz), the M12 multiplexer stuffs bits into the signal to get them up to speed with the other T1s in the group.
DS3 is 44.7 Mbps and a T1 is 1.55 Mbps. So 1 DS3 = 28 T1s http://www.dslbroker.com/ds3.html
Network+ Guide to Networks answer:Ten T1s
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The payload capacity on an OC-48 is 2.405376 Gbit/s . You can communicate with the transmission equipment at any speed you want, but you have to take a break now and then to let it catch up. If you literally need a full-time Gigabit throughput across the link, then you can only get two of those on an OC-48.