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| Section | Objectives |
|---|---|
| Networking and storage infrastructure | - Storage management
|
| Manage hybrid compute and virtualization | - Virtual machines
|
| Monitoring and troubleshooting | - Diagnostics
|
| Secure Windows Server hybrid infrastructures | - Security configuration
|
| Implement and manage high availability | - Load balancing and redundancy
|
| Disaster recovery and migration | - Migration scenarios
|
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NEW QUESTION # 263
Your network contains an Active Directory Domain Services (AD DS) forest. You need to deploy a Storage Spaces Direct converged infrastructure. The solution must meet the following requirements: -- Use an Ethernet fabric. -- Eliminate the need for Data Center Bridging (DCB). Which Remote Direct Memory Access (RDMA) networking technology should you implement?
Answer: D
Explanation:
iWARP (Internet Wide Area RDMA Protocol) implements RDMA on top of standard TCP/IP, which allows it to operate over an ordinary, lossy Ethernet fabric without requiring Data Center Bridging or Priority Flow Control to guarantee lossless delivery of RDMA traffic. This is fundamentally different from RoCE (RDMA over Converged Ethernet), in either its v1 or v2 form, both of which depend on a DCB-configured, lossless Ethernet fabric to operate reliably, since RoCE has no built-in congestion or loss-recovery mechanism of its own and instead relies on the underlying network to guarantee lossless delivery. InfiniBand is excluded outright because it is not an Ethernet-based fabric at all, and the requirement explicitly calls for an Ethernet fabric. Because the deployment must use Ethernet while specifically eliminating the DCB dependency that both RoCEv1 and RoCEv2 require, iWARP is the only RDMA technology among the options that satisfies both stated requirements simultaneously for the Storage Spaces Direct converged infrastructure deployment.
NEW QUESTION # 264
You plan to deploy two Azure virtual machines that will run Windows Server, use managed disks, and be on the same virtual network. The virtual machines will contain a web app named App1 in an Azure region that supports availability zones.
You need to ensure that App1 remains available if a datacenter in the region fails. The solution must meet the following requirements:
* Keep the app in the same region during the failure.
* Maintain access to App1 through a single endpoint.
* Minimize changes to the virtual network configuration.
What should you do?
Answer: D
Explanation:
A single availability set does not provide protection from the loss of an entire datacenter or availability zone.
To withstand a datacenter-level failure while remaining in the same Azure region, the two VMs should be placed in distinct availability zones, which use physically separate datacenters with independent power, cooling, and networking. A Standard Azure Load Balancer then provides the required single frontend endpoint and can distribute traffic to healthy backend VMs across zones. Microsoft recommends zone- redundant Standard Load Balancer frontends for zone-failure resilience. Omitting a load balancer would fail the single-endpoint requirement, while Application Gateway could provide an HTTP-layer endpoint but introduces more application/network configuration than necessary. Therefore, distinct zones plus a Standard Load Balancer best match all stated requirements. Microsoft Learn
NEW QUESTION # 265
Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains the servers shown in the following table.
The Failover Clustering tools are NOT installed on the servers.
You plan to enable Cluster-Aware Updating (CAU).
On which servers should you install the Failover Clustering tools to implement CAU in self-updating mode, and on which servers should you install the Failover Clustering tools to implement remote-updating mode? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Exhibit
Answer:
Explanation:
Explanation:
Self-updating mode runs Cluster-Aware Updating as a highly available clustered role that is hosted directly on the cluster it is updating, which means the Cluster-Aware Updating clustered role and the Failover Clustering Tools it depends on must be installed on the cluster ' s own member nodes, which in this scenario are Node1 and Node2, since self-updating mode has no external coordinating computer and instead runs the update orchestration from within the cluster itself. Remote-updating mode works in the opposite way architecturally:
it specifically requires that the computer coordinating and triggering the update run NOT be a member of the failover cluster being updated, so in this scenario the Failover Clustering Tools must instead be installed on Server1, which is an independent member server that has network connectivity to Cluster1 but is not one of its nodes, so it can safely coordinate updates against the cluster from the outside. This architectural split, tools on the cluster ' s own nodes for self-updating mode versus tools on an external, non-member computer for remote-updating mode, reflects the fundamental difference in where the update orchestration engine actually runs between the two CAU modes as documented by Microsoft, and it is what determines the correct answer for each half of this question.
NEW QUESTION # 266
You have an on-premises DNS server named Server1 that runs Windows Server. Server1 hosts a DNS zone named fabrikam.com. You have an Azure subscription that contains the resources shown in the following exhibit: Vnet1 (virtual network, connects to the on-premises network by using a Site-to-Site VPN), VM1 (virtual machine, runs Windows Server and has the DNS Server role installed), contoso.com private DNS zone (linked to Vnet1), and contoso.com public DNS zone (contains the DNS records of all the platform as a service [PaaS] resources). How should you complete the name resolution configuration? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Vnet1 (Site-to-Site VPN) / VM1 (DNS Server role) / contoso.com private zone (linked to Vnet1) / contoso.com public zone (PaaS records).
Answer:
Explanation:
Explanation:
On Vnet1 (VM1): configure VM1 to forward requests for the contoso.com zone to the Azure-provided DNS at 168.63.129.16. On the on-premises network: configure forwarding for the contoso.com zone to VM1.
The Azure-provided DNS resolver at 168.63.129.16 is what actually knows about the contoso.com private DNS zone, because that zone is linked to Vnet1 and platform DNS only answers private-zone queries for resources/clients located inside the linked virtual network; it cannot be queried directly by anything outside that VNet, including the on-premises network across the Site-to-Site VPN. VM1, however, sits inside Vnet1 and can reach 168.63.129.16 directly, so configuring VM1 ' s own DNS Server role to forward contoso.com queries to 168.63.129.16 lets VM1 successfully resolve private-zone records (and, transitively, records that depend on the public zone data for PaaS resources) on behalf of anyone who asks VM1. On the on-premises side, the on-premises DNS infrastructure has no direct path to the Azure platform resolver at all, so it must instead be configured to forward contoso.com queries to VM1 ' s IP address, which is reachable across the established Site-to-Site VPN. This produces a working chain: on-premises clients query their local DNS server, which forwards contoso.com queries across the VPN to VM1, which in turn forwards them to the Azure-provided DNS resolver that can actually see the linked private zone, and the resolved answer flows back along the same path. Configuring VM1 to forward to the public DNS zone directly, or configuring on- premises forwarding straight to 168.63.129.16 or to the public zone, would each skip a required hop and fail to resolve the private zone ' s records.
NEW QUESTION # 267
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: A
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 # 268
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