1.
An engineer needs to configure server 1 to communicate on tagged VLANs 10, 20, and 30 and untagged VLAN 50. The server is in SLOT 1 of an FX2s chassis with two FN410s IOAs. The switches are currently set to default settings. Which command should be entered in each IOA to perform the engineer's task?
2.
An engineer is deploying a chassis with multiple servers. None of the servers can communicate with others within the chassis. The engineer observes the following:
- The chassis is configured with an I/O Aggregator (IOA) and the servers are using 10GbE network adapters in the same fabric
- The server network interfaces show no link
- The IOA is powered on and shows a healthy status
- No external uplinks have been connected
- The IOA shows all internal ports are down
Which step is required to bring up the internal ports and establish server connectivity within the chassis?
3.
An engineer needs to connect ports 49 and 53 on an MXL to a top of rack (ToR) switch in an LACP port channel. The ToR switch has ports 46 and 60 configured in port channel 100. Which configuration will successfully bring up the port channel on the MXL?
4.
An engineer enters a data center to configure an uplink between an I/O Aggregator (IOA) and an upstream switch. The IOA and upstream switch are configured for spanning tree. The engineer applies the following configuration to the uplink port:
interface TenGigabitEthernet 0/12
switchport
flowcontrol rx on tx off
spanning-tree rstp edge-port
As soon as the engineer plugs in the cables, it creates a loop and brings down the network. Which commands should be entered on the IOA to fix loop?
5.
An engineer receives two new I/O Aggregators (IOAs) in default mode. The engineer needs to make sure the uplink ports only pass tagged traffic in VLANs 100 and 200. Which option allows the engineer to accomplish this task?
6.
An engineer needs to configure a full height blade server and iSCSI traffic. The blade has two dual port NDCs. The M1000e chassis only has switches in A fabric. A1
7.
An engineer needs to put chassis switches on a LAN that has already been configured for latency sensitive applications and to enable lossless links. How should the engineer accomplish this?
8.
An engineer has a blade chassis (VRTX) and is having connectivity issues. The chassis has blades in SLOTS 1 and 2. A switch is installed in the chassis.
- Port channel 1 is for Server 1 interfaces
- Port channel 2 is for Server 2 interfaces
- Server interfaces are members of VLANs 10, 50, and 100
- External interfaces are in a port channel
- External interfaces are configured to pass traffic on VLAN 10, 50, and 100
Configuration info from Server interfaces and port channels:
Server Ports:
Switchport: enable
Administrative Mode: trunk

Operational Mode: up
Access Mode VLAN: 1
Port Channels 1 and 2:
Switchport: enable
Administrative Mode: access
Operational Mode: up
Access Mode VLAN: 1
Servers can NOT communicate with the network outside of the switch. Other systems can NOT communicate with the servers inside the chassis. The two servers
can communicate with each other.
What does the engineer need to do to establish server communication?
9.
An engineer needs to configure network port partitions for four networks that will be used on the server.
- Partition 1
10.
An engineer needs to configure a redundant CMC network link into to a newly installed FX2 chassis. CMC port 1 is up and working. The engineer only has one management switch available for CMC connections. The engineer plugs CMC port 2 into the management switch and leaves the data center. The network engineer reports extreme traffic on the network and is unable to connect to any other switches. How should the engineer fix this problem quickly and maintain redundancy?