EMC D-PSC-DS-01 Exam Information and Actual Questions

  • Exam Code/Number: D-PSC-DS-01
  • Exam Name/Title: Dell PowerScale Design v2 Exam
  • Certification Provider: EMC
  • Corresponding Certification: Dell EMC Storage
  • Exam Questions: 360
  • Updated On: Oct 12, 2026

D-PSC-DS-01
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EMC
D-PSC-DS-01 Exam
Dell PowerScale Design v2 Exam

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EMC D-PSC-DS-01 Exam Overview:

Certification Vendor:Dell EMC
Exam Name:Dell PowerScale Design v2 Exam
Exam Number:D-PSC-DS-01
Passing Score:700/1000 or 54%
Available Languages:Japanese, French, English, Simplified Chinese
Exam Price:$230 USD
Certificate Validity Period:3 years
Exam Duration:90 minutes
Related Certifications:Dell EMC Storage Certification
Exam Format:Scenario-based Questions, Multiple Choice
Real Exam Qty:50-60
Recommended Training:Dell PowerScale Design Training Course
Exam Registration:Pearson VUE Registration
Sample Questions:EMC D-PSC-DS-01 Sample Questions
Exam Way:Online proctored or Onsite at Pearson VUE test centers
Pre Condition:Recommended: Knowledge of PowerScale architecture, OneFS administration, storage networking and enterprise storage design; no mandatory prerequisites
Official Syllabus URL:https://learning.dell.com/content/dell/de-de/home/certification-overview/available-exams/powerscale-design-v2.html

EMC D-PSC-DS-01 Exam Syllabus Topics:

SectionWeightObjectives
PowerScale Infrastructure Design and Planning18%- Core Architecture and Components
  • 1. Node types and hardware specifications
    • 2. OneFS operating system fundamentals
      • 3. Cluster composition and scaling concepts
        - Requirements Analysis and Sizing
        • 1. Networking design and SmartConnect implementation
          • 2. Workload characterization and matching
            • 3. Capacity and performance planning
              Performance, Scalability and Multi-Protocol Design25%- Multi-Protocol Access
              • 1. Client access optimization
                • 2. NFS, SMB, HDFS and S3 design
                  • 3. Protocol interoperability and coexistence
                    - Performance Optimization
                    • 1. Bandwidth and latency considerations
                      • 2. Cache mechanisms and tuning
                        • 3. Data placement and tiering strategies
                          Management, Security and Identity Design24%- Security and Identity
                          • 1. Encryption and compliance features
                            • 2. Authentication and authorization design
                              • 3. Access control and governance
                                - Management and Monitoring
                                • 1. Workload and job management
                                  • 2. Monitoring, alerting and reporting
                                    • 3. Administration tools and interfaces
                                      Ecosystem Integration and Advanced Design8%- Advanced Solutions
                                      • 1. Media and entertainment optimized design
                                        • 2. AI/ML and big data workloads
                                          - Cloud and Virtualization Integration
                                          • 1. Cloud tiering and hybrid cloud design
                                            • 2. Virtualization and container integration
                                              Data Protection, High Availability and Disaster Recovery25%- Data Protection Mechanisms
                                              • 1. Backup and archive integration
                                                • 2. Protection policies and file-level protection
                                                  • 3. Snapshot and replication technologies
                                                    - High Availability and Resilience
                                                    • 1. Disaster recovery planning and implementation
                                                      • 2. Business continuity design
                                                        • 3. Cluster failover and recovery


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