A T1 line provides you with 1.544Mbits per second, full duplex. Full duplex means that, you get the 1.544Mbps in up- and download direction. 1.544 Mbit per second equals 0.192MByte per second.
Any one of the infinitely many values.Any one of the infinitely many values.Any one of the infinitely many values.Any one of the infinitely many values.
Any graph of a mapping which is one-to-one or many-to-one but not one-to-many.
1. One to One -function- 2. One to Many -relation- 3. Many to Many -function-
One tenth as many.
16664.5 MB = 16.2739258 GB Same goes for Mbit -> Gbit.
3000
Up to the maximum bandwidth of the limiting side of the connections. So if one side is 10 Mbit and the other side is 100 Mbit, then the max sustainable throughput would be 20 Mbit-- 2 connections at 10 Mbit each.
Depends: are you talking about the hard drive's spin speed, or the speed of data transfer? The first would be "rpm", meaning "rotation per second", while the second is measured in Mbit/s or Gbit/s, I seriously hope you're familiar with the notion of Mbit and Gbit (in the '90s MB and GB, megabyte and gigabyte were used mainly everywhere, which were replaced by megabits and gigabits when talking about data transfer, not static data, this is why I'm asking, no harm intended). The two units don't have a universal relationship between them, except for the fact, that when a hard drive spins faster, it is capable of a higher transfer speed.
FireWire 400: 400 Mbit/s half-duplex data rates (the actual transfer rates is 393.216 Mbit/s) Firewire 800: transfer rate of 786.432 Mbit/s full-duplex
a mbit more specific please
The Sata II is has a transfer speed that is two times as fast as the original Sata. The Sata has a communication speed of 1.5 Gbit/s while the Sata II is 3.0 Gbit/s.
It is referring to internet wifi speeds. B - 11 MBIT/S G - 56 MBIT/S A - 56 MBIT/S N - 100 MBIT/S So if it is Wi-Fi B/G, your wireless card can only connect to a B/G network, meaning the speeds above are the fastest you would get even if you had faster broadband unless you upgraded your card.
1000 Mbit/s
Cables under oceans varies from 2 Gbit/s to 10 Tbit/s
It has a bit rate of 155.52 Mbit/s
Short for asymmetricdigitalsubscriberline, ADSL is a type ofDSL broadband communications technology used for connecting to the Internet. ADSL allows more data to be sent over existing copper telephone lines (POTS), when compared to traditional modem lines. A special filter, called a micro filter, is installed on a subscriber's telephone line to allow both ADSL and regular voice (telephone) services to be used at the same time. ADSL requires a special ADSL modem and subscribers must be in close geographical locations to the provider's central office to receive ADSL service. Typically this distance is within a radius of 2 to 2.5 miles. ADSL supports data rates of from 1.5 to 9 Mbps when receiving data (known as the downstream rate) and from 16 to 640 Kbps when sending data (known as the upstream rate).Asymmetric digital subscriber line (ADSL) is a type of digital subscriber line technology, a data communications technology that enables faster data transmission over copper telephone lines than a conventional voiceband modem can provide. It does this by utilizing frequencies that are not used by a voice telephone call.· A splitter, or DSL filter, allows a single telephone connection to be used for both ADSL service and voice calls at the same time.· ADSL can generally only be distributed over short distances from the telephone exchange, typically less than 4 kilometres (2 mi), but has been known to exceed 8 kilometres (5 mi) if the originally laid wire gauge allows for further distribution.At the telephone exchange the line generally terminates at a digital subscriber line access multiplexer(DSLAM) where another frequency splitter separates the voice band signal for the conventional phone network. Data carried by the ADSL are typically routed over the telephone company's data network and eventually reach a conventional Internet Protocol network.ADSL standardsVersionStandard nameCommon nameDownstream rateUpstream rateApproved inADSLANSI T1.413-1998 Issue 2ADSL8.0 Mbit/s1.0 Mbit/s1998ADSLITU G.992.1ADSL (G.DMT)12.0 Mbit/s1.3 Mbit/s1999-07ADSLITU G.992.1 Annex AADSL over POTS12.0 Mbit/s1.3 Mbit/s2001ADSLITU G.992.1 Annex BADSL over ISDN12.0 Mbit/s1.8 Mbit/s2005ADSLITU G.992.2ADSL Lite (G.Lite)1.5 Mbit/s0.5 Mbit/s1999-07ADSL2ITU G.992.3ADSL212.0 Mbit/s1.3 Mbit/s2002-07ADSL2ITU G.992.3 Annex JADSL212.0 Mbit/s3.5 Mbit/sADSL2ITU G.992.3 Annex LRE-ADSL25.0 Mbit/s0.8 Mbit/sADSL2ITU G.992.4splitterless ADSL21.5 Mbit/s0.5 Mbit/s2002-07ADSL2+ITU G.992.5ADSL2+24.0 Mbit/s1.3 Mbit/s2003-05ADSL2+ITU G.992.5 Annex MADSL2+M24.0 Mbit/s3.3 Mbit/s2008ADSL uses standard telephone lines to transmit upstream and downstream data on a digital frequency, which sets these datastreams apart from the analog signals telephones and fax machines use. Because the ADSL signal is operating on a different frequency, the telephone can be used normally, even when surfing the Web with ADSL service. The only requirement will probably be inexpensive DSL filters on each phone or fax line, to remove any "white noise" on the line that might be generated from ADSL service.