Network A is on VLAN 10. Network B is on VLAN 20.Physical environment -- Chassis is uplinked to top of rack switchSwitch configuration -- The uplink is untagged on VLANs 10- Port 1 of server A on the fabric is untagged on VLAN 10- Port 1 of server B on the fabric is untagged on VLAN 10Customers on network B must be able to connect to server B but NOT A. Network A needs to connect to servers A and B.Which three changes must be made to meet this requirement? (Choose three.)
An engineer is deploying a chassis with four IOAs and connecting it to the top of rack (ToR) switch. The deployment mandate requires that the switches be presented as one logical unit. Future servers can be added to network with the minimal amount of configuration.The following steps have been completed:- IOAs are daisy-chained using ports 9 and 10- Cabled ports 11 and 12 on IOA 1 to the ToR- Configured a team on NIC ports 1 and 2 on the serverHow should the IOMs be configured?
An engineer is installing an M1000e chassis and connecting it to the network in the top of rack (ToR) switch. The entire companys infrastructure is on a single subnet configured as follows.- IPs 10.0.1.0/24- Gateway 10.0.1.1- DNS 10.0.1.3- DHCP 10.0.1.4- OS IPs 10.0.1.10-99The engineer configures the CMC to use IP 10.0.1.100 and the iDRACs to use the next 16 IPs.The customer notices the CMC and the iDRAC are having intermittent connectivity issues. The following troubleshooting steps have been completed:- Replaced cables from CMCs to ToR- Failed over CMC- Configured and tried different ports in ToR- Connected the laptop directly to the CMCDirect connection to the CMC does NOT show any connectivity issues.What should be done to fix the connectivity issues?
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?
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 100Configuration 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?
Refer to the exhibit.An engineer is configuring an I/O Aggregator (IOA) for use on a network that has VLANs. The IOA in SLOT A2 is NOT being used currently.All blades appear to communicate on the network EXCEPT for blades 1b and 1d.What does the engineer need to do so that blades 1b and 1d can communicate?
