The data signaling rate is given by where m is the number of parallel channels, ni is the number of significant conditions of the modulation in the i-th channel, and Ti is the unit interval, expressed in seconds, for the i-th channel.
For serial transmission in a single channel, the DSR reduces to (1/T)log2n; with a two-condition modulation, i. e. n = 2, the DSR is 1/T, according to Hartley's law.
For parallel transmission with equal unit intervals and equal numbers of significant conditions on each channel, the DSR is (m/T)log2n; in the case of a two-condition modulation, this reduces to m/T.
The DSR may be expressed in bauds, in which case, the factor log2ni in the above summation formula should be deleted when calculating bauds.
In synchronous binarysignaling, the DSR in bits per second may be numerically the same as the modulation rate expressed in bauds. Signal processors, such as four-phase modems, cannot change the DSR, but the modulation rate depends on the line modulation scheme, in accordance with Note 4. For example, in a 2400 bit/s 4-phase sending modem, the signaling rate is 2400 bit/s on the serial input side, but the modulation rate is only 1200 bauds on the 4-phase output side.
For a single channel, the signaling rate is given by , where SCSR is the single-channel signaling rate in bits per second, T is the minimum time interval in seconds for which each level must be maintained, and n is the number of significant conditions of modulation of the channel.
In the case where an individual end-to-end telecommunications service is provided by parallel channels, the parallel-channel signaling rate is given by , where PCSR is the total signaling rate for m channels, m is the number of parallel channels, Ti is the minimum interval between significant instants for the I-th channel, and ni is the number of significant conditions of modulation for the I-th channel.
In the case where an end-to-end telecommunications service is provided by tandem channels, the end-to-end signaling rate is the lowest signaling rate among the component channels.
data, signaling, rate, this, article, needs, additional, citations, verification, please, help, improve, this, article, adding, citations, reliable, sources, unsourced, material, challenged, removed, find, sources, news, newspapers, books, scholar, jstor, marc. This article needs additional citations for verification Please help improve this article by adding citations to reliable sources Unsourced material may be challenged and removed Find sources Data signaling rate news newspapers books scholar JSTOR March 2017 Learn how and when to remove this template message In telecommunication data signaling rate DSR also known as gross bit rate is the aggregate rate at which data passes a point in the transmission path of a data transmission system The DSR is usually expressed in bits per second The data signaling rate is given by i 1 m log 2 n i T i displaystyle sum i 1 m frac log 2 n i T i where m is the number of parallel channels ni is the number of significant conditions of the modulation in the i th channel and Ti is the unit interval expressed in seconds for the i th channel For serial transmission in a single channel the DSR reduces to 1 T log2n with a two condition modulation i e n 2 the DSR is 1 T according to Hartley s law For parallel transmission with equal unit intervals and equal numbers of significant conditions on each channel the DSR is m T log2n in the case of a two condition modulation this reduces to m T The DSR may be expressed in bauds in which case the factor log2ni in the above summation formula should be deleted when calculating bauds In synchronous binary signaling the DSR in bits per second may be numerically the same as the modulation rate expressed in bauds Signal processors such as four phase modems cannot change the DSR but the modulation rate depends on the line modulation scheme in accordance with Note 4 For example in a 2400 bit s 4 phase sending modem the signaling rate is 2400 bit s on the serial input side but the modulation rate is only 1200 bauds on the 4 phase output side Contents 1 Maximum rate 2 Rates and standards 3 See also 4 ReferencesMaximum rate EditThe maximum user signaling rate synonymous to gross bit rate or data signaling rate is the maximum rate in bits per second at which binary information can be transferred in a given direction between users over the telecommunications system facilities dedicated to a particular information transfer transaction under conditions of continuous transmission and no overhead information For a single channel the signaling rate is given by S C S R log 2 n T displaystyle SCSR frac log 2 n T where SCSR is the single channel signaling rate in bits per second T is the minimum time interval in seconds for which each level must be maintained and n is the number of significant conditions of modulation of the channel In the case where an individual end to end telecommunications service is provided by parallel channels the parallel channel signaling rate is given by P C S R i 1 m log 2 n i T i displaystyle PCSR sum i 1 m frac log 2 n i T i where PCSR is the total signaling rate for m channels m is the number of parallel channels Ti is the minimum interval between significant instants for the I th channel and ni is the number of significant conditions of modulation for the I th channel In the case where an end to end telecommunications service is provided by tandem channels the end to end signaling rate is the lowest signaling rate among the component channels Rates and standards EditSee also Serial ATA Comparison with other buses and List of device bit rates Data Rate Standard1 5 Mbit s USB 1 01 544 Mbit s Digital Signal 112 Mbit s USB 1 1155 Mbit s OC 3480 Mbit s USB 2 0622 Mbit s OC 121063 Mbit s Fibre Channel 1GFC 1250 Mbit s GbE2125 Mbit s 2GFC2488 Mbit s OC 482500 Mbit s 2 5GBASE T InfiniBand2666 Mbit s OC 48 FEC 3125 Mbit s 4 10GBASE LX44250 Mbit s 4GFC5000 Mbit s 5GBASE T USB 3 0 USB 3 1 Gen 18500 Mbit s 8GFC9 953 Gbit s OC 19210 000 Gbit s USB 3 1 Gen 210 3125 Gbit s 10 GbE 4 40GbE 10 100GBASE CR1010 51875 Gbit s 10GFC10 664 Gbit s OC 192 FEC 10 709 Gbit s OC 192 ITU T G 709 11 100 Gbit s 10 GbE FEC14 025 Gbit s 16GFC Gen 5 25 78125 Gbit s 4 100GBASE CR428 05 Gbit s 32GFC Gen 6 28 05 Gbit s 4 128GFC Gen 6 120 579 Gbit s 100GBASE ZRSee also EditBit rate Bandwidth computing BaudReferences Edit This article incorporates public domain material from Federal Standard 1037C General Services Administration Archived from the original on 2022 01 22 Retrieved from https en wikipedia org w index php title Data signaling rate amp oldid 1127493019, wikipedia, wiki, book, books, library,
