A.A virtual switch is typically implemented within the hypervisor so that the network is extended onto the server.

B.If a virtual switch is not on the hypervisor, all traffic will go out of the physical NIC.

C.Virtual switches are VLAN capable.

D.Typically, virtual switches are as capable as physical switches, eg: LAG, hardware-based QoS.

A.Virtualized Services Description

B.Virtualized Services Definition

C.Virtualized Services Domain

D.Virtualized Services Directory

A.A host vPort is provisioned on VRS-G, while a bridge vPort is provisioned on VSG.

B.A host vPort is provisioned for VLAN traffic, while a bridge vPort is for VxLAN traffic.

C.A host vPort only supports one VLAN, while a bridge vPort can be configured with multiple VLANs.

D.A host vPort requires static MAC address configuration, while a bridge vPort learns MAC addresses dynamically.

A.They are managed by enterprise admin users.

B.There can be more than one floating IP address associated with one vPort.

C.Once a floating IP is configured on the vPort, the VM will stop using its enterprise private IP address.

D.NAT is performed for the traffic leaving the enterprise domain and entering the public network.

A.Services are statically provisioned by a cloud service provider.

B.Services are offered as needed through the Internet.

C.SDN is the key enabler for cloud computing.

D.It provides convenient, permanent network access to a shared pool of computing resources.