Citrix-Designing Citrix XenDesktop 7.6 Solutions Set 2

It allows for user-installed applications. ✘ It reduces machine provisioning time. ✘ It allows for the use of local user profiles. ✘ It supports the use of customized language packs. ✔

It enables rollbacks. ✘ It manages version control. ✘ It leverages storage array features to offload host processing. ✘ It automatically deploys the latest drivers and patches. ✔

It allows for the automatic upgrade of the virtual desktops to the latest OS version. ✘ It provides centralized, automated, single-image management. ✘ It facilitates consistent deployment of base images. ✘ It allows for templates to be stored on shared or local storage. ✔

It allows for automatic, scripted upgrades of the deployment template. ✘ It provides centralized, automated, single-image management. ✘ It facilitates consistent deployment of base images. ✘ It allows for scripts to be executed from the same network share as the deployment template. ✔

It allows for automatic, scripted upgrades of the deployment template. ✘ It provides centralized, automated, single-image management. ✘ It facilitates consistent deployment of base images. ✘ It allows for scripts to be executed from the same network share as the deployment template. ✔

It provides load balancing of VM traffic across multiple physical NIC interfaces at a per guest basis, and offers improved distribution of traffic across physical
interfaces in the bond. ✘ It sends all guest VM traffic in the bond to an active interface, which provides the best distribution of network load. ✘ It uses a hashing algorithm, which provides better distribution of traffic across the interfaces in the bond. ✘ It uses a round robin load-balancing policy, which provides better distribution of traffic across the interfaces in the bond. ✔

It provides load balancing of VM traffic across multiple physical NIC interfaces at a per guest basis, and offers improved distribution of traffic across physical
interfaces in the bond. ✘ It sends all guest VM traffic in the bond to an active interface, which provides the best distribution of network load. ✘ It uses a hashing algorithm, which provides better distribution of traffic across the interfaces in the bond. ✘ It uses a round robin load-balancing policy, which provides better distribution of traffic across the interfaces in the bond. ✔

Deploy six NetScaler appliances: two in each regional datacenter. ✘ Deploy two NetScaler appliances: one in the primary and one in the secondary datacenter. ✘ Deploy four NetScaler appliances: two in the primary and two in the secondary datacenter. ✘ Deploy 12 NetScaler appliances: four in the primary and four in each regional datacenter. ✔

Deploy a NetScaler appliance in each datacenter's internal network for load balancing, and a NetScaler appliance in each datacenter's DMZ for Gateway traffic. ✘ Deploy a NetScaler appliance in each regional datacenter's internal network for Gateway traffic, and another in each datacenter's DMZ for load balancing. ✘ Create three NetScaler virtual servers configured with the subnets of the three sites, and bind them to redirection policies that are configured in ICA Proxy modeusing the StoreFront server. ✘ Create six NetScaler virtual servers in high-availability pairs configured with the subnets of the three sites, and bind them to redirection policies that areconfigured in ICA Proxy mode using the StoreFront server. ✔

Configure Global Server Load Balancing (GSLB) for end-user connectivity. ✘ Configure a Gateway vServer. ✘ Configure a backup vServer. ✘ Configure failover sites within the NetScaler Gateway. ✔