- Add To 1 1 Pol 192 168 1 1 R1 G0 1 G0 2 Vlan 1 192 168 1 2 192 168 1 3 24 Pagp Fa0 1 G0 1 G0 2 Fa0 10 192 168 1 5 24 1 (57.75 KiB) Viewed 30 times
+ Add to 1 1 Pol 192.168.1.1 R1 g0/1 g0/2 Vlan 1: 192.168.1.2 192.168.1.3/24 PAgP fa0/1 g0/1 g0/2 fa0/10 192.168.1.5/24 PART 1 Routers Switches fa0/20 192.168.1.10/24 0 PART 2 Model 2911 Model 2960 VLA VLAN 1 fa0/1 -
Below is the network-you will need to design and configure.< Part 1: When you are finished-PC-1·should·be·able·to·ping PC-2-and-PC-3 on your network and. each PC-be-able-to-ping-the-R1-router 1 Part 2: When you are finished-PC-Vlan-1-should-be-able-to ping PC-Vlan 3. PC's-would-acquire. IP addresses via DHCP-from-the-R2-router 1 PART1: R1: The ports.g1/0-and-g2/0 will be combined into Port Channel.0... The new port.channel. interface will have IP address 192.168.1.1./24.1 1 ESW1: Use-ports.g0/1-and-g0/2-to-create-a-port channel that connects-back-to-R1..There will. just-be-one-VLAN-on-this-switch. Use 192.168.1.2-/24-for-the IP address. 1 PC-1: Assign-a-static IP address of 192.168.1.3./24. Use R1 as the gateway.< PC-2: Assign a static IP address of 192.168.1.5./24. Use R1 as the gateway.< PC-3: Assign-a-static IP address of 192.168.1.10./24. Use R1 as the gateway.¶ 1 PART-21 R2: The interface-Gi-0/2-will·be·a·gateway-for-nodes-on-VLAN·1. It-will-need-the-IP-address. 192.168.2.1. Create-a-sub-interface-named g0/2.3-and-assign-in-the-192.168.3.1.address. It will. be the gateway device for VLAN 3. Create two-DHCP-pools for both VLANS as described.in.the. diagram.below. Be sure to exclude address that will not be assigned via DHCP. 1 ESW2: Create a new VLAN-3-and-name-it-Yellow. Ports-g0/2 will need to be a trunk-line-to-R2.. Port-Fa 1/0-will-connect to PC-2-on-the-default-VLAN 1. Port-Fa-0/22-will-connect to PC-3-on-the- newly created.VLAN.3.1 1 PC: Use DHCP to get an IP address.on.VLAN.1.1 PC: Use DHCP to get an IP address.on-VLAN.3.1