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EMC D-VXB-DY-A-24 Exam Syllabus Topics:

Topic	Details
Topic 1	CPSD Technology Extension for Isilon: This domain covers the features and use of the CPSD (Cloud Platforms and Solutions Division) Technology Extension for Isilon, as well as its hardware components and advantages, for storage professionals and system integrators. Applicants must be knowledgeable about Isilon storage systems and how Dell EMC's converged infrastructure solutions work with them.
Topic 2	VxBlock Hardware Installation: For system administrators and data center technicians, this section of the exam covers the VxBlock System site installation process. It includes describing the installation steps, identifying key information in VxBlock System documentation, powering on and connecting the VxBlock System to the customer network, and troubleshooting the installation. Candidates should be prepared to demonstrate their knowledge of the entire installation lifecycle.
Topic 3	RCM Upgrades on VxBlock: For system upgrade specialists and IT project managers, this domain covers the phases of an RCM (Release Certification Matrix) upgrade and the responsible parties involved. It includes identifying tools used to plan and execute an RCM upgrade and describing how to perform an RCM upgrade using the provided documentation. Candidates should be familiar with the entire upgrade process and the tools involved.
Topic 4	Cisco ACI Integration with DELL EMC CI Systems: This area focuses on Cisco ACI integration with Dell EMC CI solutions for network integration specialists. It includes defining the ACI Logical Model, outlining ACI interaction with Dell EMC VxBlock systems, and identifying ACI use cases, essential features, and relevant hardware. The use of Cisco ACI in Dell EMC setups and its implementation should be thoroughly understood by candidates.
Topic 5	VMware NSX Integration with DELL EMC CI Systems: For virtualization and network specialists, this section covers specific use cases for VMware NSX, describes how VMware NSX is integrated into Dell EMC CI infrastructure, and explains the procedure for configuring a logical switch using VMware NSX. Candidates should have hands-on experience with VMware NSX in Dell EMC CI environments.
Topic 6	VxBlock 1000 Implementation: For IT professionals involved in data center infrastructure deployment, this domain focuses on the implementation of VxBlock 1000 systems. It covers locating validation procedures and support documentation, connecting the VxBlock System to the customer network, validating a VxBlock 1000 installation using the LCS and Test Plan, and describing how to perform knowledge transfers. Candidates should be well-versed in the practical aspects of VxBlock 1000 deployment and validation.

EMC Dell VxBlock Deploy Achievement Sample Questions (Q53-Q58):

NEW QUESTION # 53
A System Engineer has completed a VxBlock 1000 system installation. What needs to be validated?

A. Storage processors are online and operational
B. Configuration of network, storage, compute, and virtualization
C. Network switches are installed as per the Build Guide
D. Management hosts are installed as per the Build guide

Answer: B

Explanation:
* Review VxBlock 1000 Installation: After completing the installation of a VxBlock 1000 system, it is crucial to validate the entire configuration to ensure all components are correctly set up and operational1.
* Validate Configuration: This includes checking the network setup, ensuring storage processors are online, verifying that management hosts are installed correctly, and confirming that the compute and virtualization layers are configured as per the design specifications1.
* Use Validation Tools: The Logical Configuration Survey (LCS) and Test Plan are typically used to validate a VxBlock 1000 installation, ensuring that all system elements are pre-integrated, pre-configured, and tested before being put into operation1.
* Ensure System Readiness: The validation process is essential to confirm that the system is ready for production use and that any potential issues are addressed before the system is handed over to the customer1.

NEW QUESTION # 54
What is a required step when creating an NSX logical switch?

A. Create a new name for the logical switch
B. Choose Enable IP Discovery or Enable MAC Learning
C. Choose Unicast or Multicast replication mode
D. Change the default transport zone

Answer: A

Explanation:
When creating an NSX logical switch, a required step is to create a new name for the logical switch.
Naming the logical switch is necessary to identify and manage it within the NSX environment.
References:
* VMware NSX documentation on creating logical switches.
* Best practices for network virtualization.

NEW QUESTION # 55
A Customer Engineer just connected to their new VxBlock 1000 that was shipped with NSX. From where can the Customer Engineer confirm that the correct vSphere clusters are prepared for NSX?

A. vCenter Web Client
B. ESXi host VIBs
C. NSX Controller
D. NSX Manager VAMI

Answer: A

Explanation:
* Access vCenter Web Client: The Customer Engineer should log into the vCenter Web Client, which is the primary interface for managing vSphere environments1.
* Navigate to Networking: Within the vCenter Web Client, navigate to the Networking section where NSX configurations are managed1.
* Verify NSX Preparation: In the Networking section, the Customer Engineer can confirm that the correct vSphere clusters are prepared for NSX by checking the status of the NSX installation and configuration1.
* Check Cluster Configuration: The preparation of vSphere clusters for NSX involves installing NSX VIBs on ESXi hosts and configuring VXLAN, which can be verified within the vCenter Web Client1.

NEW QUESTION # 56
Which statement about the differences between Cisco ACI and VMware NSX is NOT correct?

A. NSX supports both x86 and non-x86 servers; ACI does not
B. NSX requires a gateway for the physical environment; ACI works the same for physical and virtual environments
C. NSX is hardware independent; ACI is hardware dependent
D. NSX is network topology independent; ACI supports only spine-leaf architecture

Answer: A

Explanation:
* Review the Core Differences: Both Cisco ACI and VMware NSX have similar qualities and features.The main difference is that VMware NSX focuses on virtualized networks, while Cisco ACI can connect to both physical and virtual networks1.
* Identify Incorrect Statement: The statement that NSX supports both x86 and non-x86 servers; ACI does not is not correct.Cisco ACI is not limited to x86 servers and can work with a variety of hardware platforms1.
* Understand ACI's Capabilities: Cisco ACI is an integrated solution that addresses both the physical and virtual networks, providing a policy-driven framework that is not limited by server architecture1.
* Validate with Documentation: The Official Dell VxBlock Deploy Achievement document would align with this understanding, as it would detail the capabilities of Cisco ACI in working with different network and server environments1.

NEW QUESTION # 57
In which cluster does the NSX Controller reside on a VxBlock system?

A. Edge
B. Production
C. Management
D. Control

Answer: C

Explanation:
In a VxBlock system, the NSX Controller resides in the Management cluster. The Management cluster is responsible for housing management components and services, ensuring centralized control and management of the NSX environment.
References:
* Dell EMC VxBlock system documentation.
* VMware NSX deployment and architecture guides.

NEW QUESTION # 58
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