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In this lab, you need to configure a grid tunnel.

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So in this lab, we need to configure a jewelry tunnel between customer one and Customer two.

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We've been told that we need to configure the customer routers to use a DHCP addresses on the internet

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interfaces and static IP addresses on the internal interfaces.

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So let's start with customer rather one.

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I'll go to configuration mode and then go on to gigabit 001.

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The interface is currently shut, so I'm going to shut the interface and then I'll configure an IP address

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using DHCP.

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As you can see, an IP address has been allocated via DHCP.

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An IP address of 8.8 to 10.2 has been allocated.

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I'll go onto interface gigabyte 000.

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No shut of the interface and configure an IP address of ten 111 slash 24.

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So show IP interface brief.

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We can see that both interfaces are up.

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This is the IP address on the Internet facing interface.

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This is the IP address on the inside interface.

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Internet address was assigned via DHCP internal or customer facing interface.

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IP address was configured manually.

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That happens because.

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The ISP routers are configured as DHCP servers, so show IP DHCP binding.

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We can see that this IP address was allocated to this MAC address.

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Now we see a DHCP conflict here and that's because IP address 88 10.1 is part of the DHCP pool.

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All IP addresses in the subnet are, but the router has this IP address configured on this interface.

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So the ISP doesn't allocate its own IP address to the client, but allocates the next IP address in

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the pool.

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So again, show IP interface brief on the customer router.

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This IP address was allocated via DHCP and the router can ping.

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The ISP router.

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I can do something similar on customer to.

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So customer wrote a two show IP interface brief.

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Both interfaces are administratively shut down.

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So interface gigabit is 001 no shut IP address DHCP interface gigabit is 000.

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And while I was typing that an IP address was allocated via DHCP to the router ip address on gigabit

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000 is 10.1 to 2.1 slash 24 mask.

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I'll no shutter that interface.

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So show IP interface brief both IP addresses.

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Or configured one dynamically and one statically show IP route shows us the routing table.

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Notice a gateway of last resort has been configured and the router also has a default route to its ISP.

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So ping eight eight 11.1.

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The router can ping its default gateway or ISP router.

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Can it ping?

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Customer rather one so ping.

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8.8.1.2.

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Yes, it can.

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We could do a trace as an example to that address and you can see that the traffic is going via the

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Internet.

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In other words, traffic is traversing these links to get to.

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Customer rather one as an example.

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The second hop is the IP address.

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Third hop is the IP address.

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So we have IP connectivity between customer one and Customer two.

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The next step is to configure a DHCP pool on the customer routers to allocate IP addresses to the PCs

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in the network.

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So on customer roster one.

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Conti ip dhcp pool and you could call this anything.

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I'm just going to call it PC in the exam.

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Follow the instructions.

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But here, there's a little bit of leeway.

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You can decide what you want the pool name to be.

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Network is going to be this.

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Subnet mask is going to be that.

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Default router will be ten 111.

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So show ip dhcp binding.

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We don't have any bindings yet.

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Let's look at the PC.

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So on its configuration, we need to configure it to use a DHCP.

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Go to Desktop Command prompt.

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IP config notice it has a got an IP address ten 112 ping ten 111 PC can ping.

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Customer Writer one And on the customer roster we can see again that.

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There was an address conflict.

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So the Rada allocated ten 112 rather than ten 111 to the client.

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You could create an exclusion range for your pool.

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If you want to make sure that a separate range of addresses are used for the client PCs.

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We need to do something similar on customer rather too.

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So t ip dhcp pool pc network will be ten 1 to 0.

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With the mosque slash 24 mosque.

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A default router will be ten 1 to 1.

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So show ip dhcp binding.

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No bindings yet.

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Configure the PC.

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To use DHCP go to desktop command prompt.

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IP config IP address has been allocated to the PC.

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So on the router show IP DHCP binding, the IP address has been allocated to the PC.

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So we've successfully created DHCP pools on the customer routers to allocate IP addresses to the PCs.

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We now need to configure a red tunnel between customer router one and two so that the PC can ping each

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other.