List of network buses
List of electrical characteristics of single collision domain segment "slow speed" network buses:
| Name | Multidrop | Max nodes | Electrical type | Cable type | Max bitrate [kbit/s] | Length at max bitrate | Max length [m] | Bitrate at max length |
|---|---|---|---|---|---|---|---|---|
| EIA-485 (UART based) | Y | 256 | EIA-485 | Twisted pair | 1000 kbit/s | 1330 m | 64 kbit/s | |
| SCSI-1/2 | Y | 8 | Open collector | Ribbon cable | 20 000 kbit/s | 3 m | 6 m | 5 Mbit/s/ch |
| SCSI Ultra2 | Y | 16 | EIA-485 | Twisted pair | 40 000 kbit/s | 12 m | ||
| LIN[1] | Y | 16 | Open collector | open collector with pull-up to 12V car supply | 19.2 kbit/s | 40 m | ||
| SIOX | Y | 62 | 19.2 kbit/s | |||||
| I²C | Y | 127 or 1023 | Open collector | 5000 kbit/s | 7.6 m | |||
| SMBus | Y | 128 | Open collector | 100 kbit/s | ||||
| PMBus | Y | 128 | Open collector | 400 kbit/s | ||||
| 10Base-2 | Y | 30 | Differential | RG58 coaxial | 10 000 kbit/s | 185 m | 185 m | |
| CAN | Y | 128 | ISO 11898-2 | Twisted pair | 1000 kbit/s | 40 m | 1000 m[2] | 50 kbit/s |
| DMX512-A | N | 32 | EIA-485 | Twisted pair 120 Ω[3] | 250 kbit/s | 548 m | 548 m (1800ft.)[4] | 250 kbit/s |
| DCC | Y | 127 | Single ended | 5 kbit/s | ||||
| RS-232 | N | 2 | Single ended | 128 kbit/s | 1.5 m (approx) | 15 m | 19.6 kbit/s | |
| PSI5 | Y | Twisted pair | 189 kbit/s | 12 m (approx) | ||||
| 1-Wire | Y | 248 | Open collector | Single conductor, with ground | 16.3 kbit/s | 300 m | ||
| X10 | Y | 256 | Power line | 0.05 kbit/s / 0.06 kbit/s | ||||
| FlexRay | Twisted pair | 20 000 kbit/s | ||||||
| SENT[5] | N | 2 | Single ended | Single conductor, with 5 V power supply and ground | async. transmission,
min. 39.216 kbits/s |
5 m | ||
| SPC[6] | Y | 5 | Single ended or | Single conductor, with 5 V power supply and ground, shielded when using higher speeds | sync. and async. transmission,
variable up to ~150 kbit/s |
~0.5 m | 5 m | same as SENT |
| I3C | Y | 127 | ||||||
| SPI | Y | variable up to ~10000 kbit/s
(depends strongly on physical setup) |
||||||
The number of nodes can be limited by either number of available addresses or bus capacitance. None of the above use any analog domain modulation techniques like MLT-3 encoding, PAM-5 etc.
PSI5 designed with automation applications in mind is a bit unusual in that it uses Manchester code.
See also
References
- "LIN Standards (older versions are free to download, newer to be bought on ISO web site)". www.lin-cia.org. Retrieved 2019-07-31.
- "Microcontroller Interfaces, Part 3". 090114 ucpros.com
- "Ujjal's DMX512 Pages....DMX512 Physical properties". 090610 dmx512-online.com
- "DMX Wiring and Practice Quick Reference".
- http://www.diva-portal.org/smash/get/diva2:1162587/FULLTEXT02 "Implementing and Analyzing SingleEdge Nibble Transmission (SENT)Protocol for Automotive Applications", Master thesis of Naseem Ullah, 2014
- Strasser, Michael; Rasbornig, Friedrich; Platzdasch, Hagen; Gastinger, Ferdinand; Eggiman, Christoph; Beaurenaut, Laurent (2009-04-20). "Single-Edge Nibble Transmission: Challenges and Evolutions". Warrendale, PA. Cite journal requires
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External links
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