Moxa EDS-P510 — understanding Communication Redundancy in Industrial Networks [5/36]

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