Which two statements are true regarding NSX? (Choose two.)
A. Workloads can be placed and moved independently of physical topology.
B. Operational efficiency can be achieved through automation of the physical network.
C. Workload deployments are non-disruptive over the existing physical network.
D. NSX implementation requires a VMware vSphere environment.
How does NSX simplify the underlying physical network?
A. All configuration and state information is available via the REST APIs to automate the configuration of the physical network.
B. All configuration and state information are readily accessible, as is the mapping between virtual network topologies and the physical network.
C. All configuration and state information is stored in the local NSX BPDU database, eliminating the need for Spanning Tree Protocol (STP) on the physical network.
D. All configuration and state information is cached by the NSX controllers, reducing the number of MAC/ ARP table entries on the physical network.
An administrator has recently deployed NSX, but is still using a pair of physical network security devices.
The administrator wants to use the physical security devices to filter virtual machine traffic hosted in the
overlay network.
Which NSX component will provide the connectivity between the overlay and the physical network?
A. Distributed Firewall
B. NSX Controller
C. Edge Services Gateway
D. Logical Router
Which two are valid statements regarding third-party services and NSX? (Choose two.)
A. Third party services are automatically registered with NSX Manager.
B. Third party services can either be automatically or manually registered with NSX Manager.
C. Third party services require the deployment of a virtual appliance.
D. Third party services may or may not utilize a service virtual appliance.
Which VMware NSX for vSphere component can be created on-demand using vCloud Automation Center?
A. The logical switch
B. The logical distributed router
C. The distributed firewall
D. The NSX Edge Services Gateway
What is one way that NSX improves network performance?
A. Virtual machines in different subnets residing on the same host route traffic through an NSX controller, keeping traffic on the host.
B. Virtual machines in different subnets residing on the same host route traffic through an NSX logical router, keeping traffic on the host.
C. Virtual machines in different subnets residing on the same host route traffic through an NSX Edge gateway, keeping traffic on the host.
D. Virtual machines in different subnets residing on the same host route traffic through an NSX switch, keeping traffic on the host.
Which statement is true regarding deploying NSX over a physical network?
A. OSPF can be used for Management traffic in a Layer 3 fabric design.
B. NSX can implement IPv6 on an IPv4 physical network.
C. Routing is supported on bridged interfaces.
D. VLANs are not required to separate traffic between virtual machines.
How does NSX simplify physical network design?
A. VLANs are moved into the virtual network for virtual machine traffic, eliminating the need to use PVLANs on the physical network.
B. Network administrators only need to configure routing on the physical network for virtual machine traffic since all other network functions are moved to the virtual network.
C. Transport zones are created in the virtual network for virtual machine traffic, removing the need to make changes to the physical network.
D. Virtual network integration can make changes to the physical network programmatically using REST API calls which automates network changes and increases agility.
Which two statements are valid regarding vCloud Networking and Security (vCNS) and NSX? (Choose two.)
A. Both vCNS and NSX support multiple hypervisor environments.
B. NSX provides support for multiple hypervisor environments, vCNS does not.
C. Both vCNS and NSX support dynamic routing protocols.
D. NSX supports dynamic routing protocols, vCNS does not.
An administrator wishes to upgrade to NSX from the following infrastructure:
What is a valid, minimum set of steps to properly upgrade this environment to NSX?
A. 1. Upgrade vCenter Server 4.1 to vCenter Server 5.5 2. Upgrade vShield 5.0 to vShield 5.5 3. Upgrade ESXi hosts to ESXi 5.1 or greater 4. Install the NSX upgrade bundle
B. 1. Upgrade vCenter Server 4.1 to vCenter Server 5.1 2. Upgrade vCenter Server 5.1 to vCenter Server
5.5 3. Upgrade ESXi hosts to ESXi 5.1 or greater 4. Install the NSX upgrade bundle
C. 1. Upgrade vCenter Server 4.1 to vCenter Server 5.5 2. Upgrade ESXi hosts to ESXi 5.1 or greater 3. Install the NSX upgrade bundle
D. 1. Upgrade vCenter Server 4.1 to vCenter Server 5.5 2. Upgrade vShield 5.0 to vShield 5.5 3. Install the NSX upgrade bundle
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