Moxa ICS-G7852-4XG-HV-HV [18/36] Communication redundancy turbo ring
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Communication Redundancy Turbo Ring
2-13
NOTE
The Turbo Ring DIP Switches located on the outer casing of EDS series switches can be used to configure the
switches’ Turbo Ring protocols (Turbo Ring or Turbo Ring V2). If the Turbo Ring DIP Switch is enabled from any
access interface (web-based UI, console, or Telnet), and the 4th DIP Switch on the switch outer casing is set
to ON, the Redundancy Protocol will be set automatically to the Turbo Ring protocol based on the version
configured in the Turbo Ring DIP Switch page and the corresponding Redundant Ports, Coupling Ports, and
Coupling Control Port will be fixed to the assigned factory default port number automatically. In this case, you
will not be able to use the web-based UI, console, or Telnet interface to change the status of the DIP Switch and
the Communication Redundancy settings will be grayed out in the web browser as shown in the following
figure:
In addition, those default Redundant Ports, Coupling Ports, and Coupling Control Port will be added
automatically to all VLANs (i.e., to act as “Trunk Ports”) if you set the 4th DIP Switch to the “ON” position when
the Turbo Ring DIP Switch is enabled. Once you flip the 4th DIP Switch from ON to OFF when the Turbo Ring
DIP Switch is enabled, such default Redundant Ports, Coupling Ports, and Coupling Control Port that were
added to all VLANs will be restored to their previous software settings.
NOTE
If you would like to enable VLAN and/or port trunking on any of the last four ports, do not use the fourth DIP
switch to activate Turbo Ring. In this case, you should use the Web, Telnet, or Serial console to activate Turbo
Ring.
Содержание
- User s manual p.1
- Communication redundancy p.1
- Www moxa com product p.1
- Fourth edition march 2015 p.1
- Trademarks p.2
- Technical support contact information p.2
- Disclaimer p.2
- Copyright notice p.2
- Communication redundancy p.2
- Www moxa com support p.2
- User s manual p.2
- Table of contents p.3
- Redundancy p.4
- Introduction to communication p.4
- Gigabit ethernet redundant ring capability 50 ms p.5
- Communication redundancy introduction to communication redundancy p.5
- Turbo ring p.6
- When the number of switches in the turbo ring is even p.7
- The turbo ring concept p.7
- Setting up turbo ring or turbo ring v2 p.7
- Determining the redundant path of a turbo ring ring p.7
- Communication redundancy turbo ring p.7
- Determining the redundant path of a turbo ring v2 ring p.8
- Communication redundancy turbo ring p.8
- Attention p.8
- When the number of switches in the turbo ring is odd p.8
- Ring coupling configuration p.8
- Ring coupling for a turbo ring v2 ring p.9
- Ring coupling for a turbo ring ring p.9
- Communication redundancy turbo ring p.9
- Attention p.9
- Turbo ring v2 p.10
- Dynamic ring coupling drc configuration applies only to p.10
- Dual ring for a turbo ring v2 ring p.11
- Dual ring configuration applies only to turbo ring v2 p.11
- Communication redundancy turbo ring p.11
- Attention p.11
- Dual homing configuration applies only to turbo ring v2 p.12
- Configuring turbo ring and turbo ring v2 p.12
- Configuring turbo ring p.12
- Communication redundancy turbo ring p.12
- Explanation of settings items p.13
- Explanation of current status items p.13
- Communication redundancy turbo ring p.13
- Communication redundancy turbo ring p.14
- Explanation of current status items p.15
- Configuring turbo ring v2 p.15
- Communication redundancy turbo ring p.15
- Explanation of settings items p.16
- Communication redundancy turbo ring p.16
- Communication redundancy turbo ring p.17
- Communication redundancy turbo ring p.18
- Explanation of ring status items p.19
- Configuring turbo ring v2 with dynamic ring coupling p.19
- Communication redundancy turbo ring p.19
- Explanation of drc status items p.20
- Communication redundancy turbo ring p.20
- Explanation of ring settings items p.20
- Turbo chain p.21
- The turbo chain concept p.22
- Setting up turbo chain p.22
- Communication redundancy turbo chain p.22
- Tail switch configuration p.23
- Member switch configuration p.23
- Head switch configuration p.23
- Explanation of current status items p.23
- Configuring turbo chain p.23
- Communication redundancy turbo chain p.23
- Explanation of settings items p.24
- Communication redundancy turbo chain p.24
- Communication redundancy turbo chain p.25
- Stp rstp mstp p.26
- Communication redundancy stp rstp mstp p.27
- What is stp p.27
- The stp rstp mstp concept p.27
- Stp requirements p.28
- How stp works p.28
- Communication redundancy stp rstp mstp p.28
- Stp reconfiguration p.29
- Stp configuration p.29
- Stp calculation p.29
- Differences between stp rstp and mstp p.29
- Communication redundancy stp rstp mstp p.29
- Stp example p.30
- Communication redundancy stp rstp mstp p.30
- Using stp on a network with multiple vlans p.31
- Configuring stp rstp p.31
- Communication redundancy stp rstp mstp p.31
- Communication redundancy stp rstp mstp p.32
- Configuring mstp p.33
- Communication redundancy stp rstp mstp p.33
- Communication redundancy stp rstp mstp p.34
- Communication redundancy stp rstp mstp p.35
- Configuration limits of stp rstp p.36
- Communication redundancy stp rstp mstp p.36
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