(Using multiple technologies together makes a good network. The key to flexible technology lies in use. This document uses multiple technologies flexibly, including vlan, dhcp, ospf, static routing, pppoe, two-layer NAT translation, etc., for your reference only! (adapted to have a certain technical foundation for the network)
This document includes the following attachments:
RT1.cfg
RT3.cfg
RT5.cfg
RT7.cfg
Server.cfg
RT1.cfg
RT3.cfg
RT5.cfg
RT7.cfg
Server.cfg
RT1.cfg
RT3.cfg
RT5.cfg
RT7.cfg
Server.cfg
NAT.cap
NAT1.cap
RT1.cfg
RT3.cfg
RT5.cfg
RT7.cfg
Server.cfg
Internet.cfg
pppoe.txt
RT5.cfg
Server.cfg
SW1.cfg
RT1.cfg
RT3.cfg
RT5.cfg
RT7.cfg
summary.txt
Topology Diagram__Experiment 015--Internet Access and NAT-Top-1-2-3.jpg
Topology Diagram__Experiment 015--Internet Access and NAT-Top-4.jpg
Topology Diagram__Experiment 015--Internet Access and NAT-Top-5.jpg
RT1.cfg
RT3.cfg
RT5.cfg
RT7.cfg
015.1
015.2
015.3
015.4
015.5
PPPOE is connected to the public network, and then DHCP is issued to the branch. Twice PAT on the public network
Simple two-layer PAT conversion
015....)
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