Are you preparing yourself for the D-DP-DS-23 Dell Data Protection Design 2023 Exam? Passcert D-DP-DS-23 Dell Data Protection Design 2023 Exam Dumps have been meticulously crafted and regularly updated to provide you with all the necessary information and expertise needed to excel in your upcoming test. Our comprehensive D-DP-DS-23 Dell Data Protection Design 2023 Exam Dumps offer you a wealth of knowledge, allowing you to approach your exam with confidence and greatly improve your chances of achieving an outstanding score. With our D-DP-DS-23 Dell Data Protection Design 2023 Exam Dumps, you can be fully prepared and ready to conquer the challenges that await you in the D-DP-DS-23 Dell Data Protection Design 2023 Exam.

This exam focuses on architectural and design principles that facilitate providing a solution that meets customer requirements. This exam covers the technical components, hardware and software of Data Protection products. This certification benefits any professional who needs to demonstrate their ability to design and size Dell Data Protection solutions. This includes planning and architecting Data Protection solutions given business and environment requirements.

 

The Dell EMC Data Protection Design certification is mainly targeted to those candidates who want to build their career in Data Protection domain. The Dell EMC Data Protection Design 2023 exam verifies that the candidate possesses the fundamental knowledge and proven skills in the area of Dell EMC DCS-TA.

 

Exam Name: Dell EMC Data Protection Design 2023

Exam Code: D-DP-DS-23

Exam Price: $230 USD

Duration: 120 mins

Number of Questions: 65

Passing Score: 63%

 

Topics likely to be covered on this exam include:

● Identify and describe the available tools and services to assess a customer's environment for a data protection solution

● Describe the Dell EMC Cloud Data Protection Solutions features, functions, architecture, and components

● Describe the Dell EMC PowerProtect DD features, functions, architecture, and components

● Describe the Dell EMC NetWorker features, functions, architecture, and components

● Describe the Dell EMC Avamar features, functions, architecture, and components

● Describe the Dell EMC RecoverPoint and RecoverPoint for Virtual Machines (VMs) features, functions, architecture, and components

● Describe the Dell EMC PowerProtect DP series appliance features, functions, architecture, and components

● Describe the Dell EMC PowerProtect Data Manager features, functions, architecture and components

● Describe the Dell EMC Cyber Recovery Solutions features, functions, architecture, Cybersense, and components

 

● Explain Dell EMC PowerProtect DD capacity planning and performance tuning

● Identify and describe the best practices for sizing and designing a Dell EMC PowerProtect DD data protection solution

 

● Explain Dell EMC NetWorker capacity planning and performance tuning

● Identify and describe the best practices for sizing and designing a Dell EMC NetWorker data protection solution

 

● Explain Dell EMC Avamar capacity planning and performance tuning for a data protection solution

● Identify and describe the features, functions, and the best practices for sizing and designing a Dell EMC Avamar data protection solution 

 

● Explain Dell EMC RecoverPoint and Dell EMC RecoverPoint for VMs capacity planning for a data protection solution

● Identify and describe the best practices for designing a Dell EMC RecoverPoint and Dell EMC RecoverPoint for VMs data protection solution

 

● Explain Dell EMC PowerProtect Data Manager planning and performance tuning

● Identify and describe the best practices for sizing and designing a Dell EMC PowerProtect Data Manager solution

 

● Explain Dell EMC PowerProtect DP series appliance planning and performance tuning

● Identify and describe the best practices for sizing and designing a Dell EMC PowerProtect DP series appliance solution

 

1. A customer has a requirement to move to disk-based backups using Dell EMC Data Domain. They have asked for a sizing recommendation.

Which sizing tool can be used for a Data Domain solution?

A. Assessment Workbench

B. Backup Assessment Service

C. Live Optics

D. Solution Builder

Answer: D

 

2. You are planning a Dell EMC RecoverPoint solution for a company that has purchased four RPAs for their RecoverPoint cluster.

What information is needed to determine that the Consistency Groups are evenly balanced across the cluster RPAs?

A. Performance of the Copy Journal volumes for each Consistency Group

B. Available bandwidth for the RPAs' WAN interfaces

C. Change rate of the Production volumes in each Consistency Group

D. Number of Consistency Groups that will be created

Answer: C

 

3. What is an advantage of a shared switch topology in a PowerProtect Cyber Recovery Solution?

A. Outward facing interfaces can accept any Data Domain protocol

B. Least expensive topology

C. Topology allows for an enclave configuration

D. Most secure topology available

Answer: B

 

4. As a total data protection solution, which products are included in the Dell EMC Integrated Data Protection Appliance family?

A. Data Domain, NetWorker, Search, and DPA

B. Data Domain, NetWorker, DPA, and ViPR SRM

C. Data Domain, Avamar, Search, and DPA

D. Data Domain, Avamar, DPA, and ViPR SRM

Answer: C

 

5. You are designing a Dell EMC RecoverPoint for VMs solution. During the design meeting, you are asked where point-in-time copies are stored to allow failover to a previous state.

What information should be provided to the customer?

A. Previous images are stored in the Journal

B. Older images are written to the Repository VMDK

C. Previous images are stored using the Copy storage

D. Copy vRPA memory holds each previous image

Answer: A