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The EMC D-VXR-DY-01 certification verifies that you have a basic understanding of Dell VxRail Deploy Exam concepts and virtualization. Success in the D-VXR-DY-01 exam of the EMC D-VXR-DY-01 certificate also proves your knowledge of basic troubleshooting concepts and data center technology. When you earn the D-VXR-DY-01 Certification you will get reliable exam guide materials.
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Troubleshooting and Support | 15% | - Use diagnostic and support tools
|
| Topic 2: VxRail Cluster Deployment | 30% | - Validate deployment success
|
| Topic 3: VxRail Solution Planning and Design | 22% | - Plan network requirements and topology
|
| Topic 4: Post-Deployment Configuration and Management | 15% | - Configure additional features and services
|
| Topic 5: Hardware Installation and Preparation | 18% | - Rack and cable VxRail hardware
|
>> Valid D-VXR-DY-01 Exam Questions <<
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NEW QUESTION # 37
A VxRail Cluster has just been deployed. Use the VxRail simulator to determine the Service Tag, Model, and ESXJ IP Address of the first node - vcluster730.esx01.edu.local.
Note: It is necessary to dose (x) the simulator window before you can select a response to this question.
Answer:
Explanation:
See the solution below for this lab.
Explanation:
Step-by-Step Lab Solution
Step 1 - Identify the correct VxRail cluster
In the vSphere Client inventory on the left, expand:
vcsa70.edu.local # VxRail-DC # VxRail-Cluster
Do not select vcluster730-esx01.edu.local directly and rely on its Summary page. Your first screenshot shows the host Summary page, but the displayed Model: VMware7,1 is the virtual hardware model of the simulator ESXi VM, not the VxRail appliance model required by this question.
Select VxRail-Cluster instead.
Step 2 - Open the Configure tab
With VxRail-Cluster highlighted:
* Click Configure
* Scroll down the left-side Configure menu.
* Find the VxRail section.
* Select Hosts .
This is the important location. VxRail ' s Hosts view exposes the physical/appliance information needed by the question, including the Service Tag/PSNT, model, ESXi management IP, and hostname. Dell documentation confirms that the VxRail host/physical view exposes fields such as PSNT, Model, and ESXi Host Management IPv4 .
The simulator-specific walkthrough available for this exact lab gives the same navigation: VxRail Cluster # Configure # Hosts under VxRail , then locate the required node by hostname.
Step 3 - Locate the first node
In the Hosts table, find the row where:
Hostname: vcluster730-esx01.edu.local
Do not accidentally use:
* vcluster730-esx02...
* vcluster730-esx03...
* VxRail Manager
Your third screenshot confirms that the VxRail Manager is a separate VM and has IP address 192.168.10.16
. That is not the ESXi management IP requested by this question.
Step 4 - Read the three required fields
For vcluster730-esx01.edu.local, record:
Service Tag: V073001
Model: VxRail E560F
ESXi IP Address: 192.168.10.51
The historical simulator exhibit for this exact lab shows this matching combination for the first node.
Final Lab Answer
Service Tag: V073001
Model: VxRail E560F
ESXi IP Address: 192.168.10.51
Why your screenshots initially look confusing
Your first screenshot has vcluster730-esx01.edu.local selected and shows:
* Hypervisor: VMware ESXi 7.0.1
* Model: VMware7,1
* 16 logical processors
* 4 NICs
That VMware7,1 value is not the answer because this simulator itself virtualizes the VxRail environment.
You need the VxRail plug-in inventory , not the generic ESXi Summary hardware panel.
Your second screenshot correctly identifies the cluster hierarchy:
VxRail-DC # VxRail-Cluster # three ESXi nodes
Your third screenshot shows the VxRail Manager VM:
* DNS Name: vxrail-manager.edu.local
* IP Address: 192.168.10.16
* Host: vcluster730-esx01.edu.local
This tells you that 192.168.10.16 belongs to VxRail Manager , so using that as the ESXi IP would be incorrect.
Exact click path to memorize
vSphere Client # VxRail-DC # VxRail-Cluster # Configure # VxRail # Hosts # locate vcluster730-esx01.
edu.local # read Service Tag, Model, ESXi Host Management IPv4
Final values:
V073001 - VxRail E560F - 192.168.10.51
NEW QUESTION # 38
An implementation engineer is performing a precheck on a VxRail cluster before expansion. During validation, they find out that the host is not compatible. Use the VxRail simulator to describe why the host is Incompatible. Note: It is necessary to close (x) the simulator window before you can select a response to this question.
Answer: A
NEW QUESTION # 39
How long is the grace period for the vSphere evaluation licenses in a new VxRail implementation?
Answer: A
NEW QUESTION # 40
Refer to the exhibit.
You have received the attached PEQ for an upcoming VxRail implementation. However, you have no additional supporting documents.
Who should be your first point of contact for additional information?
Answer: A
NEW QUESTION # 41
What are three optional components in a Dell VxRail node? (Choose three.)
Answer: B,D,E
Explanation:
Dell VxRail nodes feature a highly modular hardware architecture that can be customized to align with specialized enterprise workloads, storage protocols, and advanced distributed networking topologies. While core compute elements like primary server CPUs and system memory are standard requirements, several acceleration and connectivity expansion options are classified as optional components depending on the specific node model.
First, Graphical Processing Units (GPUs) (Choice A) can be optionally integrated into performance-focused or graphics-ready profiles-such as the VxRail V-Series-to efficiently offload intensive graphic rendering, virtual desktop infrastructure (VDI), and artificial intelligence or machine learning computational workloads from the host CPU. Second, Fibre Channel Host Bus Adapters (FC HBAs) (Choice B) are available as an optional add-on card, providing dedicated hardware links to connect nodes to external SAN storage arrays, which is a mandatory configuration for VxRail dynamic node topologies. Third, modern iterations of the VxRail hardware family support Smart Data Processing Units (SmartDPUs) (Choice C) paired with the VMware vSphere Distributed Services Engine. These SmartDPUs offload foundational core networking and security microservices directly onto the smartNIC silicon, freeing up server CPU cycles for consumer application VMs.
References: Dell VxRail Deploy Study Guide; Hardware Components of the VxRail System; Node Models and Options.
NEW QUESTION # 42
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