Datasheet

Wireless Setups
33
•• Bridge Network With Wireless Modes
•• Wireless WDS Mesh
•• Connect to an Available Wireless Network
References
[1] http:/ / www. mikrotik. com/ test_link. php
Manual:MPLS
Sub Categories
List of reference sub-pages Case studies List of examples
•• Interface
•• vpls
•• traffic-eng
•• MPLS
•• ldp
•• traffic-eng
General
•• MPLS Overview and RouterOS MPLS Implementation Status
•• EXP bit behaviour
•• L2MTU
Layer2 VPN
•• LDP and LDP based VPLS
•• BGP based VPLS
•• Cisco style VPLS
•• VPLS Control Word
Layer3 VPN
•• Virtual Routing and Forwarding (VRF)
•• OSPF as PE-CE routing protocol
•• EBGP as PE-CE routing protocol
Traffic Engineering
•• TE Tunnels
•• TE Tunnel Bandwidth Control
General
•• MPLS over PPPoE
Layer2 VPN
•• P2P L2VPN to Juniper router
Layer3 VPN
•• A complete Layer-3 MPLS VPN example
•• VRF Route Leaking
•• Internet access from VRF
•• Internet access from VRF with NAT
Traffic Engineering
•• Simple TE configuration
•• TE tunnels for VPLS
Summary
MikroTik RouterOS
[1]
supports MPLS. All MikroTik RouterBOARD
[2]
hardware products support MPLS.
General Porperties
Property Description
dynamic-label-range (range of
integer[16..1048575]; Default: 16-1048575)
Range of Label numbers used for dynamic allocation. First 16 labels are reserved for special
purposes (as defined in RFC). If you intend to configure labels statically then adjust dynamic
default range not to include numbers that will be used in static configuration.
propagate-ttl (yes | no; Default: yes) Whether to copy TTL values from IP header to MPLS header. If this option is set to no then hops
inside MPLS cloud will be invisible from traceroutes.