SIMULATION Create port channel 10 on interfaces Eth 1/11 and 1/12, so that it connects to an already configured switch. A server will be connected on Eth 1/1. Both the server and port channel need VLAN 1 untagged and only VLAN 10 tagged. Complete the configuration on Switch
SIMULATION VLAN 40 is configured in Switch A with an anycast -address of 192.168.40.254/24. The ARP neighbor suppression is enabled. Use the simulator to create a VTEP named vtep1 and assign an IP address of 10.10.10.1. Map the VNI 400 to VLAN 40. Questions and Answers PDF 46/56 Explanation: Here are the steps to create the VTEP and map the VNI to the VLAN: Enter Configuration Mode: SwitchA# configure terminal Create VTEP Interface: SwitchA(config)# interface vtep1 SwitchA(config -if-vtep1)# ip address 10.10.10.1/24 SwitchA(config -if-vtep1)# exit Map VNI 400 to VLAN 40: Answer: see the explanation for all step by step solution with all explanation. Questions and Answers PDF 47/56 SwitchA(config)# vlan 40 SwitchA(config -vlan)# vn-segment 400 SwitchA(config -vlan)# exit Enable ARP Neighbor Suppression: SwitchA(config)# interface Vlan40 SwitchA(config -if-Vlan40)# ip address 192.168.40.254/24 SwitchA(config -if-Vlan40)# vxlan arp-suppression SwitchA(config -if-Vlan40)# exit Save Configuration: SwitchA# write memory Enter Configuration Mode: Begin by entering the global configuration mode to make changes to the switch configuration. Create VTEP Interface: Enter the interface configuration mode for the VTEP interface named vtep1 using interface vtep1. Assign the IP address 10.10.10.1/24 to the VTEP interface using the ip address command. Exit the interface configuration mode. Map VNI 400 to VLAN 40: Enter the VLAN configuration mode for VLAN 40 using vlan 40. Map the VNI 400 to VLAN 40 using the vn-segment 400 command. Exit the VLAN configuration mode. Enable ARP Neighbor Suppression: Enter the interface configuration mode for VLAN 40 using interface Vlan40. Assign the anycast IP address 192.168.40.254/24 to the VLAN interface using the ip address Questions and Answers PDF 48/56 command. Enable ARP neighbor suppression using the vxlan arp-suppression command. Exit the interface configuration mode. Save Configuration: Save the configuration to ensure the changes persist after a reboot using the write memory command. Reference: Dell Technologies Networking - SONiC Dell Enterprise SONiC Deployment Guide These steps provide a comprehensive guide to configure a VTEP and map the VNI to VLAN 40 on Switch A, ensuring the specific requirements for IP addressing and ARP neighbor suppression are met.
SIMULATION A customer must configure a peer link between two switches in the L2 MC-LAG scenario. SwitchB has already been configured. Configure the peer link on SwitchA. Use the following configuration information: MC-LAG domain 1 VLAN 101 Peer link Port -Channel 100 SwitchA IP: 192.168.1.1/24 SwitchB IP: 192.168.1.2/24 MC-LAG system MAC: 00:00:00:11:11:11 Questions and Answers PDF 49/56 The physical ports to connect the peer switch are Eth 1/5 and Eth 1/6 for each switch. Explanation: Here are the steps to configure the peer link on SwitchA: Enter Configuration Mode: SwitchA# configure terminal Answer: see the explanation for all step by step solution with all explanation. Questions and Answers PDF 50/56 Create VLAN 101: SwitchA(config)# vlan 101 Create Port-Channel 100: SwitchA(config)# interface port-channel 100 SwitchA(config -if-po100)# switchport mode trunk SwitchA(config -if-po100)# switchport trunk allowed vlan 101 SwitchA(config -if-po100)# exit Assign Physical Interfaces to Port-Channel 100: SwitchA(config)# interface ethernet 1/5 SwitchA(config -if-eth1/5)# channel -group 100 mode active SwitchA(config -if-eth1/5)# exit SwitchA(config)# interface ethernet 1/6 SwitchA(config -if-eth1/6)# channel -group 100 mode active SwitchA(config -if-eth1/6)# exit Configure MC-LAG Domain 1: SwitchA(config)# mclag domain 1 SwitchA(config -mclag -domain)# peer -link port-channel 100 SwitchA(config -mclag -domain)# local -ip 192.168.1.1 SwitchA(config -mclag -domain)# peer -ip 192.168.1.2 SwitchA(config -mclag -domain)# system -mac 00:00:00:11:11:11 SwitchA(config -mclag -domain)# exit Save Configuration: Questions and Answers PDF 51/56 SwitchA# write memory Comprehensive Detailed Step by Step Explanation with Reference: Enter Configuration Mode: Begin by entering the global configuration mode to make changes to the switch configuration. Create VLAN 101: Create VLAN 101 to be used for the MC-LAG peer link communication. Create Port -Channel 100: Enter the port channel interface configuration mode using interface port-channel 100. Set the port channel to trunk mode with switchport mode trunk. Allow VLAN 101 on the trunk with switchport trunk allowed vlan 101. Exit the port channel interface configuration mode. Assign Physical Interfaces to Port-Channel 100: Enter interface configuration mode for ethernet 1/5 and assign it to port channel 100 using the channel -group 100 mode active command. Exit the interface configuration mode. Repeat the same steps for ethernet 1/6. Configure MC-LAG Domain 1: Enter the MC-LAG domain configuration mode using mclag domain 1. Specify the peer link port channel with peer -link port-channel 100. Configure the local IP address as 192.168.1.1 using local -ip 192.168.1.1. Configure the peer IP address as 192.168.1.2 using peer -ip 192.168.1.2. Set the MC-LAG system MAC address using system -mac 00:00:00:11:11:11. Exit the MC-LAG domain configuration mode. Save Configuration: Save the configuration to ensure the changes persist after a reboot using the write memory command. Questions and Answers PDF 52/56 Reference: Dell Technologies Networking - SONiC Dell Enterprise SONiC Deployment Guide These steps provide a comprehensive guide to configure the peer link for an MC-LAG scenario on SwitchA, ensuring the specific requirements for IP addressing, VLAN configuration, and port channel setup are met.
SIMULATION Configure a VRF called "VrfGreen" and the static route in it to network 172.16.128.64/28 through next -hop 10.10.10.1. Set an administrative distance of 213. Explanation: Here are the steps to configure the VRF and the static route: Enter Configuration Mode: Answer: see the explanation for all step by step solution with all explanation. Questions and Answers PDF 53/56 sonic# configure terminal Create VRF "VrfGreen": sonic(config)# ip vrf VrfGreen Configure the Static Route: sonic(config)# ip route vrf VrfGreen 172.16.128.64/28 10.10.10.1 213 Save Configuration: sonic# write memory Comprehensive Detailed Step by Step Explanation with Reference: Enter Configuration Mode: Begin by entering the global configuration mode to make changes to the switch configuration. Create VRF "VrfGreen": Use the command ip vrf VrfGreen to create a new VRF named "VrfGreen". This command sets up a new VRF instance which will isolate the routing table for this VRF from the global routing table and other VRFs. Configure the Static Route: Use the command ip route vrf VrfGreen 172.16.128.64/28 10.10.10.1 213 to configure the static route. ip route vrf VrfGreen specifies that the route should be added to the "VrfGreen" VRF. 172.16.128.64/28 is the destination network. 10.10.10.1 is the next -hop IP address. 213 is the administrative distance, which in this case is set to a non-default value to influence route preference. Save Configuration: Save the configuration to ensure the changes persist after a reboot using the write memory command. Questions and Answers PDF 54/56 Reference: Dell Technologies Networking - SONiC Dell Enterprise SONiC Deployment Guide These steps provide a comprehensive guide to configure a VRF and a static route within that VRF on a SONiC -based switch, ensuring the specific requirements for routing and administrative distance are met. Questions and Answers PDF 55/56
An administrator is installing Enterprise SONIC in ONIE from an HTTP server. On which interface should the administrator configure the IP?
What are three characteristics of VLAN translation?
