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| Section | Objectives |
|---|---|
| Implement and manage high availability | - Failover clustering
|
| Disaster recovery and migration | - Backup and restore
|
| Monitoring and troubleshooting | - Diagnostics
|
| Manage hybrid compute and virtualization | - Virtual machines
|
| Secure Windows Server hybrid infrastructures | - Identity and access management
|
| Networking and storage infrastructure | - Storage management
|
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NEW QUESTION # 465
You have an on-premises server named Server1 that runs Windows Server and has the Hyper-V server role installed. Server1 hosts a virtual machine named VM1 that runs Windows Server.
You need to protect VM1 by using Azure Site Recovery. The solution must use Azure as the disaster recovery site.
Which four actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Answer:
Explanation:
Explanation:
Setting up disaster recovery for an on-premises Hyper-V virtual machine to Azure begins by creating a Recovery Services vault in the Azure portal, since this vault is the container resource that will hold all of the replication configuration, recovery points, and site information for the protected virtual machines going forward. Within that vault, the next step is to create a Hyper-V site, which is the logical construct in Azure Site Recovery that represents the on-premises Hyper-V environment, in this case the environment containing Server1 and VM1, and groups together the Hyper-V hosts that will be registered to it. After the Hyper-V site exists, the Azure Site Recovery Provider, along with the accompanying Microsoft Azure Recovery Services agent, is downloaded from the vault and installed directly on the Hyper-V host itself, Server1, which registers that host with the Hyper-V site just created and establishes the communication channel it needs to talk to the Recovery Services vault in Azure. Only after the provider is installed and Server1 is registered can the target environment settings, meaning which Azure network, storage accounts, and other Azure resources VM1 will actually use once it fails over, be configured in the vault, and this configuration must happen before replication itself can be enabled for VM1, matching the documented order of operations for setting up Hyper- V-to-Azure disaster recovery.
NEW QUESTION # 466
You have a server that runs Windows Server 2022 and has the network adapters shown in the following table:
LAN1 (Vendor1, 1 Gbps, RDMA: No), LAN2 (Vendor2, 25 Gbps, RDMA: Yes), LAN3 (Vendor3, 25 Gbps, RDMA: Yes), LAN4 (Vendor4, 1 Gbps, RDMA: No). You need to configure NIC teaming for LAN2 and LAN3. The solution must support Dynamic Virtual Machine Multi-Queue (d.VMMQ). What should you use?
Network adapter table
Answer: A
Explanation:
Switch Embedded Teaming (SET) is the only Windows Server NIC teaming technology that preserves each member adapter ' s RDMA capability and supports Dynamic VMMQ, because SET is implemented as an integrated capability of the Hyper-V virtual switch itself rather than as a separate teaming driver layered underneath it; this integration lets SET-teamed adapters continue to expose RDMA and advanced offloads such as d.VMMQ to the virtual switch and its VMQ/VMMQ queue allocation logic. The legacy NIC Teaming feature -- also called load balancing and failover (LBFO), which includes both static teaming mode and LACP teaming mode as configuration options -- sits below the virtual switch as a separate intermediate driver and explicitly does not support RDMA passthrough or Dynamic VMMQ on its member adapters; teaming LAN2 and LAN3 (both RDMA-capable, 25 Gbps adapters) with classic LBFO would strip their RDMA capability entirely, defeating both the RDMA benefit and the d.VMMQ requirement. Since LAN2 and LAN3 are both RDMA-capable adapters and the requirement explicitly calls for Dynamic VMMQ support, Switch Embedded Teaming is the only option among those listed that meets the requirement; static teaming mode and LACP teaming mode are simply LBFO configuration variants and share the same RDMA/d.VMMQ incompatibility.
NEW QUESTION # 467
Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains the following servers:
* Server1 has the DFS Namespaces role service installed.
* Server2 has the DFS Namespaces role service installed.
* Server3 hosts a file share named \\Server3\Share1.
* Server4 hosts a file share named \\Server4\Share2.
You need to publish both file shares in a single DFS namespace named Corp . Corp must remain available if either Server1 or Server2 is unavailable.
What should you do?
Answer: D
Explanation:
A domain-based DFS namespace can be hosted simultaneously by multiple namespace servers. Adding both Server1 and Server2 as namespace servers removes the namespace root as a single point of failure, so clients can continue to access the Corp namespace if either server becomes unavailable. Server3 and Server4 simply provide the folder targets containing the actual shared data; DFS Replication is not required merely to publish those independent shares through one namespace. Microsoft specifically documents that adding additional namespace servers increases the availability of a domain-based namespace. A namespace hosted only by Server1 would fail the availability requirement because the namespace root would become unavailable when Server1 failed. Therefore, configuring a domain-based namespace hosted by both Server1 and Server2 is correct. Microsoft Learn
NEW QUESTION # 468
You need to create a Hyper-V hyper-converged cluster that stores virtual machines by using Storage Spaces Direct. Which three actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Answer:
Explanation:
Explanation:
1. Create a failover cluster. 2. Enable Storage Spaces Direct. 3. Create a volume.
Deploying a Hyper-V hyper-converged cluster backed by Storage Spaces Direct follows a fixed, documented order of operations. The process begins by validating the intended nodes and creating a failover cluster from them, since Storage Spaces Direct is a capability that is enabled on top of an already-existing failover cluster rather than something that can be configured before a cluster exists. Once the cluster is formed, running Enable-ClusterStorageSpacesDirect, or the equivalent Windows Admin Center wizard, pools the local disks contributed by every node in the cluster into a single software-defined storage pool that spans the cluster.
Only after that pool exists can one or more volumes actually be created from it, and those volumes become the Cluster Shared Volumes that Hyper-V virtual machines are placed on and run from. A Scale-Out File Server role and a Distributed File System namespace both belong to a converged, or disaggregated, deployment model where compute and storage live on entirely separate clusters, so neither applies to this hyper-converged design, and creating a plain file share is unnecessary since Hyper-V virtual machines are stored directly on the CSV volumes rather than accessed through a file share.
NEW QUESTION # 469
Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains servers that run Windows Server 2022.
You have a Storage Spaces Direct cluster named SSCIuster1 that contains two physical nodes named Node!
and Node2. Node! and Node2 host highly available virtual machines.
You plan to perform an in-place upgrade to Windows Server 2025 on Node1 You need to ensure that the virtual machines remain running during the upgrade.
Which four actions should you perform in sequence on Node1? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Answer:
Explanation:
Explanation:
To keep the highly available virtual machines running while a single Storage Spaces Direct node undergoes an in-place operating system upgrade, the node must first be drained of its clustered roles and its storage placed into maintenance mode using Suspend-ClusterNode with the -Drain parameter together with the storage maintenance mode setting, which together live-migrate the running virtual machines off Node1 onto Node2 and stop Node1 from participating in storage I/O for the duration of the upgrade. Only once Node1 has been fully drained of its clustered workloads and isolated from storage traffic should the in-place upgrade to Windows Server 2025 actually be performed on that node, since attempting the OS upgrade while the node is still actively hosting VMs or participating in storage I/O would risk both workload disruption and storage inconsistency. After the operating system upgrade completes successfully, the node is taken back out of storage maintenance mode so it can resume participating in the Storage Spaces Direct pool ' s I/O operations, and finally Resume-ClusterNode is run to return Node1 to active participation in the cluster so it can once again host clustered roles and receive virtual machines back through live migration. This four-step sequence, drain and enter storage maintenance mode, upgrade, exit storage maintenance mode, resume, mirrors Microsoft ' s documented procedure for safely updating an individual node in a Storage Spaces Direct cluster without workload downtime.
NEW QUESTION # 470
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