Gns3 linux cloud interface7/30/2023 ![]() Configure dynamic routing (RIP) on Router1 and Router2 between subnets 1-3.Configure IP addresses on all router interfaces that are connected to subnets.It's not helpful for us here.) ip dhcp-client print followed by ip dhcp-client remove numbers=0 will eliminate this. (Unless you ran Wireshark on a link, you wouldn't have previously noticed that a new MikroTik router defaults to running a DHCP client on Ether1, trying to auto-configure that network port so a new administrator can access the router over the network. Disable the DHCP Client on each router.Configure the hostnames of the routers in the router itself to prevent confusion (via the CLI).Configure the hostnames of the routers in GNS3 to prevent confusion (via the GUI).The router configuration in software needs to be consistent with the way the cables are wired in hardware. The specific port on a router does matter.The specific port on a switch does not matter (unless VLANs are specified).The process goes more smoothly if you configure the routers first, and then the PCs in each subnet.Lab 9 Network Diagram (Note: Subnet labels and dashed borders are for informational use only) Implementation Your project depends on resources that exist inside the GNS3 VM, so you need to copy your project within GNS3 to also duplicate those resources. ![]() Don’t just copy and paste the data file outside of GNS3. Tip: Save yourself some time here because the internal network is the same as Lab 6! Open the Lab 6 project, and then use the “Save As” option in GNS3 to create a new project called Lab 9.
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