Jump to content

List of network buses: Difference between revisions

From Wikipedia, the free encyclopedia
Content deleted Content added
The i2c bit rate is actually 5000 kbits/s, not 3400.
Tags: Mobile edit Mobile app edit
link to topic being listed
Line 1: Line 1:
List of electrical characteristics of single [[collision domain]] [[Network segment|segment]] "slow speed" network buses:
List of electrical characteristics of single [[collision domain]] [[Network segment|segment]] "slow speed" network [[Bus (computing)|buses]]:


{| class="wikitable sortable" style="width:100%;"
{| class="wikitable sortable" style="width:100%;"

Revision as of 17:33, 22 January 2015

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 Max length [m] / bitrate
0 0 0
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 Y 16 Single ended 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
SMB Y 128 Open collector 100 kbit/s
PMBus Y 128 Open collector 400 kbit/s
10Base-2 Y 30 Differential RG58 Coax 10 000 kbit/s / 185 m 185 m
CAN Y 128 EIA-485 Twisted pair 1000 kbit/s / 40 m 1000 m / 40 kbit/s [1]
DMX512-A Y 512 EIA-485 Twisted pair 120 Ω[2] 250 kbit/s / 100 m 150 m / 250 kbit/s[3]
DCC Y 127 Single ended 5 kbit/s
RS-232 N 2 Single ended 128 kbit/s / ~1.5 m 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 Single ended Single conductor, with 5 V power supply and ground 333.3 kbit/s
ZZ ZZ 9999999 ZZ ZZ 9999999 9999999

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

  1. ^ "Microcontroller Interfaces, Part 3". 090114 ucpros.com
  2. ^ "Ujjal's DMX512 Pages....DMX512 Physical properties". 090610 dmx512-online.com
  3. ^ "LanBox-LC FAQ, DMX FAQ and Specifications". 090610 lanbox.com

External links