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| Section | Objectives |
|---|---|
| Topic 1: Networking and storage infrastructure | - Storage management
|
| Topic 2: Monitoring and troubleshooting | - Diagnostics
|
| Topic 3: Manage hybrid compute and virtualization | - Containers
|
| Topic 4: Secure Windows Server hybrid infrastructures | - Identity and access management
|
| Topic 5: Disaster recovery and migration | - Migration scenarios
|
| Topic 6: Implement and manage high availability | - Load balancing and redundancy
|
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NEW QUESTION # 405
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: A
Explanation:
A DFS namespace ' s own availability, independent of which file servers ultimately host its folder targets, depends on how many namespace servers host the namespace ' s root, and only a domain-based namespace supports hosting the same namespace root on multiple servers simultaneously; a stand-alone namespace can exist on only a single server and has no built-in redundancy for the namespace root itself, so if that one server goes down, the entire \\domain\Corp path becomes unreachable regardless of how many file servers actually hold the underlying share data. Configuring a domain-based namespace named Corp and adding both Server1 and Server2 as namespace servers means the namespace root and its full folder-target referral list are hosted redundantly on two independent servers, so clients can still resolve and browse \\contoso.com\Corp even if either Server1 or Server2 is offline, directly satisfying the availability requirement; Server3 ' s and Server4 ' s shares are then simply added as folder targets under that namespace, which does not by itself require redundancy for the requirement described. A DFS Replication group only synchronizes file content between folder targets and provides no client-facing namespace redundancy at all, and configuring only Server1 as the namespace server leaves a single point of failure exactly like a stand-alone namespace would, failing the requirement.
NEW QUESTION # 406
You have a server named Server1 that runs Windows Server 2019 and has the Hyper-V server role installed.
Server1 hosts the virtual machines shown in the following table. You deploy a new server named Server2 that runs Windows Server 2025 and has the Hyper-V server role installed. You need to distribute the virtual machines across both servers. Which virtual machines can you import to Server2? (Exhibit: virtual machine configuration versions table.)
Virtual machine configuration versions
Answer: E
Explanation:
A Hyper-V host only supports importing virtual machines whose configuration version falls within the range that host version understands, and Windows Server 2025 supports configuration versions starting at 8.0 and continuing up through the newest versions it introduces, having dropped support for the older versions such as
5.0, 6.2, 7.0, and 7.1 that earlier hosts like Windows Server 2016 and 2019 can still run directly. VM1 at configuration version 9.0, VM2 at version 8.0, and VM3 at version 9.0 all fall within Server2 ' s supported range regardless of their differing generation values, so all three can be exported from Server1 and imported directly onto Server2 without any intermediate upgrade step. VM4 ' s configuration version 5.0 sits below the minimum that Windows Server 2025 supports, so it cannot be imported to Server2 as it stands; it would first need to be upgraded to a newer, still-Server2025-compatible configuration version on a host that still understands version 5.0, such as Server1 itself, using Update-VMVersion, before it could ever run on Server2.
Only VM1, VM2, and VM3 can therefore be imported to Server2 as the scenario currently stands.
NEW QUESTION # 407
Your on-premises network contains two subnets. The subnets contain servers that run Windows Server as shown in the following table: Server1 (192.168.1.10), Server2 (192.168.0.250), Server3 (192.168.0.240), Server4 (192.168.0.10). Server4 has the following IP configuration: IPv4 Address: 192.168.0.10; Subnet Mask: 255.255.255.0; Default Gateway: 192.168.0.1. From Server4, you can ping Server1 and Server2 successfully. When you ping Server3, you get a Request timed out response. From Server2, you can ping Server1 and Server3 successfully. The misconfiguration of which component on Server3 can cause the Request timed out response?
Server IP address table
Answer: D
Explanation:
Server2 (.250) and Server3 (.240) can reach each other, and Server4 (.10) can reach both Server1, which sits on the separate 192.168.1.0/24 subnet and is reached through routing, and Server2, but Server4 cannot reach Server3 even though Server2, Server3, and Server4 all nominally sit within the same 192.168.0.0/24 range.
This pattern is consistent with Server3 having been configured with a smaller subnet mask than its peers, for example 255.255.255.128, which splits 192.168.0.0/24 into two separate / 25 halves. Server3 (.240) and Server2 (.250) both fall within the upper half of that split range together, so each treats the other as locally reachable on the same segment, while Server4 (.10) falls in the lower half; from Server3 ' s perspective, traffic to and from an address in the other half must be routed through a gateway rather than sent directly on the local segment, and if that routed path is not functioning correctly, the ping to and from Server4 fails while same- half communication with Server2 remains intact. A misconfigured default gateway, IP address, or DNS server on Server3 would not selectively break reachability with exactly the one host sitting in the other half of a misapplied subnet boundary while leaving same-half communication working normally, so the subnet mask is the component whose misconfiguration explains this exact symptom.
NEW QUESTION # 408
You have four servers that run Windows Server. Each server has the direct-attached storage (DAS) devices shown in the following table.
You need to deploy Storage Spaces Direct.
Which types of devices will be used for the cache, and what will be the default cache behavior? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Exhibit
Exhibit
Exhibit
Answer:
Explanation:
Explanation:
When a Storage Spaces Direct pool contains three distinct drive tiers, in this case SSD, NVMe, and HDD as shown in the exhibit, Storage Spaces Direct automatically designates only the single fastest media type present, NVMe, as the cache devices for the pool, leaving both the SSD and HDD drives entirely to provide usable pool capacity rather than splitting cache duty across more than one tier. The default cache behavior that Storage Spaces Direct applies then differs depending on which capacity tier is being cached: cached HDD capacity drives receive full read-and-write caching, because HDDs benefit the most from having both random read and random write operations absorbed and accelerated by the much faster flash-based cache tier sitting in front of them. Cached SSD capacity drives, on the other hand, receive write-only caching, since SSD read latency is already low enough on its own that adding read caching in front of it would provide little additional performance benefit while still consuming cache capacity and adding unnecessary wear to the cache devices.
Combining these two distinct behaviors together, the documented default outcome for this specific three-tier deployment is NVMe-only caching devices with a combined cache behavior of read/write for the HDD capacity tier and write-only for the SSD capacity tier.
NEW QUESTION # 409
Your network contains a DHCP server. You plan to add a new subnet and deploy Windows Server to the subnet. You need to use the server as a DHCP relay agent. Which role should you install on the server?
Answer: C
Explanation:
The DHCP Relay Agent functionality on Windows Server is not part of the DHCP Server role itself; installing DHCP Server would make the machine a full DHCP server (issuing its own leases), which is not what is needed here, since an existing DHCP server on a different subnet already serves that role. Instead, the DHCP Relay Agent is implemented as a routing protocol component under the Remote Access server role, specifically as part of the Routing role service (RRAS). After installing the Remote Access role with Routing enabled, an administrator uses the Routing and Remote Access console (or the corresponding PowerShell cmdlets) to add and configure the DHCP Relay Agent IP routing protocol on the relevant interface, specifying the IP address of the remote DHCP server(s) to which broadcast DHCP discovery packets on the local subnet should be forwarded as unicast messages. Network Policy and Access Services provides RADIUS/NPS and Health Registration Authority functionality and has no DHCP relay capability. Network Controller is an SDN management role for centralized network state and policy in software-defined datacenters and likewise does not provide DHCP relay. Because the goal is specifically to relay DHCP broadcast traffic from a new subnet to an existing DHCP server elsewhere on the network, the Remote Access role (with the Routing role service and the DHCP Relay Agent protocol configured) is the role that must be installed.
NEW QUESTION # 410
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