Laboratory Equipment:
1 routeros5.24 Version Router
1 Cisco 2960 Switches
2 100M Telecom Bandwidth: 1 downstream 100M Uplink 8M, the other line 100M upstream 4M
Experimental Purpose:
Overlay multiple internet broadband to increase the company's network demand. In this experiment, there are only two broadband, it is possible to reach hundreds of broadband access, then use a network card access is not very realistic. Use the switch extension to increase the bandwidth access port
Experimental steps:
One: Do WAN port switch expansion first
1. do VLAN on 2960, and join Port, one VLAN per port
En
Conf T
Vlan 2
Exit
Vlan 3
Exit
Inter F0/1
Sw Mode Trunk
Exit
Inter F 0/2
SW ACC VLAN 2
Exit
Inter F 0/3
SW ACC VLAN 3
End
Write
And the ADSL1, ADSL2 from the cat to access the switch port 2, 3 (the Cat dial mode to bridge mode),
RouterOS wan1 Port 1 to the switch,
2. do VLAN port on RouterOS, bridge port, PPPoE
Add VLAN
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New Vlan2 and VLAN3 (must correspond to VLAN numbers set on the switch)
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The corresponding ports of the VLAN are WAN1 port
Open the Bridge window and add Network Bridge
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Select the Protocols tab in the Bridge window and increase the network Bridge and the corresponding VLAN Port
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Once built, you can add PPPoE dialing to the interface.
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ADSL1 Dial-up settings
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ADSL2 Dial-up settings
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Firewall Settings NAT
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so far Wan for RouterOS The port switch expansion configuration has been completed and the ports have not been pooled yet, although two lines have been dialed, but only one line has data
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Two, now start doing the bandwidth overlay experiment, The overlay of the WAN Port switch extension and the overlay setting method of multi-Nic are different.
Winbox directly set some places can not be selected, directly on the command
1. set up multi-line overlay labeling and PCC
/IP Firewall mangle
Add Action=change -ms s Chain=forward comment= "" Disabled=no new-mss=1400 protocol=tcp Tcp-flags=syn
: For i from=2 to=3 do= {/IP firewall mangle add action=mark-connection chain=input comment= "" Disabled=no\\
in-interface= ("pppoe-out". $i) new-connection-mark= ("Pppoe-out". $i) Passthrough=yes}
: For i from=2 to=3 do= {/IP firewall mangle add action=mark-routing chain=output comment= "" connection-mark= ("Pppoe-out". $i) \ \
Disabled=no New-routi N g-mark= ("To_pppoe-out". $i) Passthrough=yes}
: For i from=2 to=3 do= {/IP firewall mangle add action=mark-connection chain=prerouting comment= "" Disabled=no dst-< /c3>address-type=!local\\
new-connection-m ark= ("Pppoe-out". $i) Passthrough=yes per-connection-classifier= ("both-addresses:2/". $i-1)) src-address=192.168.0.0/24}
: For i from=2 to=3 do= {/IP firewall mangle add action=mark-routing chain=prerouting comment= "" Connection-mark= ("Pppoe-ou T ". $i) \ \
Disabled=no new-routing-mark= ("To_pppoe-out". $i) Passthrough=yes src-address=192.168.0.0/24}
2. Add a route
: For i from= 2 to=3 do= {/IP route add comment= ("ADSL". $i) disabled=no distance=1 dst-address=0.0.0.0/0\\
gateway= ("Pppoe-out". $i) routing-mark= ("To_pppoe-out". $i)}
: For i from=2 to=3 do= {/IP route add check-gateway=ping comment= ("ADSL". $i) Disabled=no distance=10 dst-address=0.0.0.0/0 \\
gateway= ("Pppoe-out". $i)}
Setup is complete, and the code above is self-modifying when you do it yourself
。 Now look at our two dial-up broadband situation
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two broadband all have data, then look at the bandwidth size, because the network card maximum rate is 100M all downlink max or 100M, see if upstream bandwidth is 12M around
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upstream actual test up to 14M, which shows the success of broadband overlay experiment.
This article is from the "Spark" blog, be sure to keep this source http://ajun168.blog.51cto.com/9381567/1795898
RouterOS switch expansion and bandwidth overlay for WAN ports