Difference between revisions of "Manual:MPLS"

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|title-right='''List of examples'''
 
|title-right='''List of examples'''
 
|content-left=
 
|content-left=
<splist
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showparent=yes
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* '''Interface'''
/>
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**[[M:Interface/VPLS | vpls ]]
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**[[M:Interface/Traffic_Engineering | traffic-eng]]
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* '''MPLS'''
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**[[M:MPLS/LDP | ldp ]]
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**[[M:MPLS/Traffic_Eng | traffic-eng]]
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|content-center=
 
|content-center=
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'''General'''
 
* [[M:MPLS/Overview|MPLS Overview and RouterOS MPLS Implementation Status]]
 
* [[M:MPLS/Overview|MPLS Overview and RouterOS MPLS Implementation Status]]
 
* [[M:MPLS/EXP bit behaviour | EXP bit behaviour]]
 
* [[M:MPLS/EXP bit behaviour | EXP bit behaviour]]
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* [[M:OSPF as PE-CE routing protocol | OSPF as PE-CE routing protocol]]
 
* [[M:OSPF as PE-CE routing protocol | OSPF as PE-CE routing protocol]]
 
* [[M:EBGP as PE-CE routing protocol | EBGP as PE-CE routing protocol]]
 
* [[M:EBGP as PE-CE routing protocol | EBGP as PE-CE routing protocol]]
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'''Traffic Engineering'''
 
'''Traffic Engineering'''
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|content-right=
 
|content-right=
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'''General'''
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* [[M:MPLS over PPPoE | MPLS over PPPoE]]
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* [[M:MPLS over PPPoE | MPLS over PPPoE]]
 
 
'''Layer2 VPN'''
 
'''Layer2 VPN'''
  

Revision as of 13:36, 3 October 2011

MikroTik RouterOS supports MPLS. The below articles describe what it is and how it operates in RouterOS.

All MikroTik RouterBOARD hardware products support MPLS.


List of reference sub-pages

Case studies

List of examples

General


Layer2 VPN


Layer3 VPN


Traffic Engineering

General


Layer2 VPN


Layer3 VPN


Traffic Engineering