Download Dell PowerProtect DD Deploy 2023.D-PDD-DY-23.VCEplus.2025-03-04.31q.vcex

Vendor: Dell
Exam Code: D-PDD-DY-23
Exam Name: Dell PowerProtect DD Deploy 2023
Date: Mar 04, 2025
File Size: 381 KB
Downloads: 1

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Demo Questions

Question 1
Which three backup applications are supported by the PowerProtect DD VTL? (Select 3)
  1. IBM Spectrum Protect
  2. Quest vRanger
  3. Dell Networker
  4. Veritas NetBackup
  5. Dell PowerProtect Data Manager
Correct answer: ACD
Explanation:
PowerProtect DD's VTL functionality is compatible with major backup applications like IBM Spectrum Protect, Dell Networker, and Veritas NetBackup. These integrations enhance the data protection and recovery capabilities by supporting virtual tape operations.
PowerProtect DD's VTL functionality is compatible with major backup applications like IBM Spectrum Protect, Dell Networker, and Veritas NetBackup. These integrations enhance the data protection and recovery capabilities by supporting virtual tape operations.
Question 2
A customer needs to adjust the PowerProtect DD authentication. Which three methods are available in the DD System Manager? (Select 3)
 
  1. OAuth
  2. RADIUS
  3. AD
  4. NIS
  5. PAP
  6. SSO
Correct answer: BCF
Explanation:
In the DD System Manager of PowerProtect DD, authentication methods available for configuration include RADIUS, Active Directory (AD), and Single Sign-On (SSO). Here's a breakdown of each method:RADIUS: Remote Authentication Dial-In User Service (RADIUS) is a networking protocol that provides centralized Authentication, Authorization, and Accounting (AAA) management for users. It enables secure user authentication across the network, especially useful for managing access in large environments.Active Directory (AD): Integrating with AD allows administrators to manage user access through Microsoft's directory service, leveraging existing credentials and policies. This is beneficial for organizations with established AD environments as it provides seamless integration and centralized management.Single Sign-On (SSO): SSO allows users to authenticate once and gain access to multiple applications or systems without being prompted to log in again. This is particularly useful in environments where users need frequent access to different resources, reducing the need for repeated logins and enhancing user convenience.
In the DD System Manager of PowerProtect DD, authentication methods available for configuration include RADIUS, Active Directory (AD), and Single Sign-On (SSO). Here's a breakdown of each method:
RADIUS: Remote Authentication Dial-In User Service (RADIUS) is a networking protocol that provides centralized Authentication, Authorization, and Accounting (AAA) management for users. It enables secure user authentication across the network, especially useful for managing access in large environments.
Active Directory (AD): Integrating with AD allows administrators to manage user access through Microsoft's directory service, leveraging existing credentials and policies. This is beneficial for organizations with established AD environments as it provides seamless integration and centralized management.
Single Sign-On (SSO): SSO allows users to authenticate once and gain access to multiple applications or systems without being prompted to log in again. This is particularly useful in environments where users need frequent access to different resources, reducing the need for repeated logins and enhancing user convenience.
Question 3
Which data movement system setting is available in PowerProtect DD File System Settings?
  1. Cloud Provider and Throttle
  2. Age Range and Cloud Provider
  3. Schedule and Age Range
  4. Throttle and Schedule
Correct answer: D
Explanation:
The File System Settings in PowerProtect DD include data movement settings such as Throttle and Schedule to control the rate and timing of data transfers, optimizing resource utilization based on operational requirements.In the PowerProtect DD File System Settings, the data movement system settings available include Throttle and Schedule. These settings allow administrators to control the flow of data between different storage tiers or destinations.Throttle: This setting regulates the rate of data transfer, which helps in managing network load and ensures that data movement does not overwhelm the system resources or impact other network activities.Schedule: Administrators can define specific times for data movement operations, which helps in optimizing resource utilization by scheduling intensive tasks during off-peak hours, thereby minimizing impact on performance during critical operational periods.These options provide flexibility and control over how and when data is transferred, enhancing the overall efficiency and performance of data management tasks on PowerProtect DD systems.
The File System Settings in PowerProtect DD include data movement settings such as Throttle and Schedule to control the rate and timing of data transfers, optimizing resource utilization based on operational requirements.
In the PowerProtect DD File System Settings, the data movement system settings available include Throttle and Schedule. These settings allow administrators to control the flow of data between different storage tiers or destinations.
Throttle: This setting regulates the rate of data transfer, which helps in managing network load and ensures that data movement does not overwhelm the system resources or impact other network activities.
Schedule: Administrators can define specific times for data movement operations, which helps in optimizing resource utilization by scheduling intensive tasks during off-peak hours, thereby minimizing impact on performance during critical operational periods.
These options provide flexibility and control over how and when data is transferred, enhancing the overall efficiency and performance of data management tasks on PowerProtect DD systems.
Question 4
What are the steps to configure the Retention Lock Compliance?
Correct answer: To work with this question, an Exam Simulator is required.
Explanation:
Configure the system to use DD Retention Lock ComplianceEnable DD Retention Lock Compliance on the systemEnable the security officer authorizationAdd one or more security officer usersCreate iDRAC users
Configure the system to use DD Retention Lock Compliance
Enable DD Retention Lock Compliance on the system
Enable the security officer authorization
Add one or more security officer users
Create iDRAC users
Question 5
What is the maximum number of ES40 SAS shelves that can be added to a PowerProtect DD system with an existing DS60 shelf?
  1. 6
  2. 4
  3. 5
  4. 2
Correct answer: C
Explanation:
When a DS60 shelf is already part of the configuration, a maximum of 5 ES40 SAS shelves can be added to maintain balance and prevent overloading the system's data handling capabilities. This limit ensures optimal performance and reliability.
When a DS60 shelf is already part of the configuration, a maximum of 5 ES40 SAS shelves can be added to maintain balance and prevent overloading the system's data handling capabilities. This limit ensures optimal performance and reliability.
Question 6
What is the maximum number of PowerProtect DD systems that can be used in a Smart Scale data center?
  1. 64 
  2. 32
  3. 128
  4. 256
Correct answer: B
Explanation:
By enabling Smart Scale services from DDMC, the Smart Scale architecture pools together a set of DD series appliances into a group under the data center in which they are coordinated with each other for space balancing. Smart Scale supports up to 32 systems in a system pool and four system pools in a data center.
By enabling Smart Scale services from DDMC, the Smart Scale architecture pools together a set of DD series appliances into a group under the data center in which they are coordinated with each other for space balancing. 
Smart Scale supports up to 32 systems in a system pool and four system pools in a data center.
Question 7
What needs to be configured when implementing LACP on a PowerProtect DD appliance to gain access to the underlying aggregated link connection?
  1. NIC Teams
  2. DD Boost Interface Groups
  3. Virtual network interface
  4. Physical network interface
Correct answer: C
Explanation:
When implementing Link Aggregation Control Protocol (LACP) on a PowerProtect DD appliance, a virtual network interface is created to aggregate the physical interfaces into a single logical link. This configuration is essential to enable LACP functionality, as it allows the system to balance network traffic effectively across multiple physical connections, enhancing redundancy and throughput. By aggregating these physical interfaces, the appliance can better handle high data volumes, providing stable and efficient access to the underlying network resources.The virtual network interface manages the logical grouping, ensuring seamless failover and load balancing between the physical links that comprise the aggregated connection.
When implementing Link Aggregation Control Protocol (LACP) on a PowerProtect DD appliance, a virtual network interface is created to aggregate the physical interfaces into a single logical link. This configuration is essential to enable LACP functionality, as it allows the system to balance network traffic effectively across multiple physical connections, enhancing redundancy and throughput. By aggregating these physical interfaces, the appliance can better handle high data volumes, providing stable and efficient access to the underlying network resources.
The virtual network interface manages the logical grouping, ensuring seamless failover and load balancing between the physical links that comprise the aggregated connection.
Question 8
What is the maximum number of snapshots per MTree that can be stored on a PowerProtect DD?
  1. 750
  2. 100
  3. 32
  4. 128
Correct answer: A
Explanation:
PowerProtect DD allows up to 750 snapshots per MTree, supporting efficient data protection and recovery with minimal impact on storage resources. This feature provides extensive backup versioning options for granular data recovery.
PowerProtect DD allows up to 750 snapshots per MTree, supporting efficient data protection and recovery with minimal impact on storage resources. This feature provides extensive backup versioning options for granular data recovery.
Question 9
An administrator is migrating their old cloud tier-enabled Data Domain to a new PowerProtect DD appliance with cloud tier. During migration, the administrator recognizes that file system cleaning on the source system is not possible. What is the most likely cause of this behavior?
  1. Migration will restrict all activities on both systems
  2. Source system is running in restricted mode
  3. Filesystem is disabled on the source system
  4. Migration will restrict all activities on the source system 
Correct answer: B
Explanation:
When a source system is in restricted mode, certain maintenance tasks, like file system cleaning, are unavailable. This restriction is typically applied during migrations to prevent data inconsistencies, ensuring a smooth transfer of data to the new system.During the migration process from an older Data Domain system with cloud tier capabilities to a new PowerProtect DD appliance, the source system operates in a 'restricted mode.' This restricted mode limits specific functionalities, including file system cleaning. File system cleaning is a maintenance operation that reclaims storage by deduplication and cleaning up obsolete data. However, to prevent data inconsistency or interference during migration, this functionality is temporarily disabled on the source system, thus ensuring data integrity until the migration process is completed.The restricted mode ensures that all critical operations remain stable and predictable on the source system, which is essential for a smooth migration to the new environment.
When a source system is in restricted mode, certain maintenance tasks, like file system cleaning, are unavailable. This restriction is typically applied during migrations to prevent data inconsistencies, ensuring a smooth transfer of data to the new system.
During the migration process from an older Data Domain system with cloud tier capabilities to a new PowerProtect DD appliance, the source system operates in a 'restricted mode.' This restricted mode limits specific functionalities, including file system cleaning. File system cleaning is a maintenance operation that reclaims storage by deduplication and cleaning up obsolete data. However, to prevent data inconsistency or interference during migration, this functionality is temporarily disabled on the source system, thus ensuring data integrity until the migration process is completed.
The restricted mode ensures that all critical operations remain stable and predictable on the source system, which is essential for a smooth migration to the new environment.
Question 10
What is the maximum backup speed of PowerProtect DD Virtual Edition using DD Boost?
  1. 4.2TB/h
  2. 7.0TB/h
  3. 9.0TB/h
  4. 2.5TB/h
Correct answer: A
Explanation:
The maximum backup speed of the PowerProtect DD Virtual Edition (DDVE) when utilizing DD Boost is 4.2TB per hour. DD Boost is a feature that enhances the speed and efficiency of data transfers between the backup application and the Data Domain appliance by performing deduplication operations closer to the source, thus reducing network traffic and improving throughput. DDVE's performance capabilities are optimized for virtualized environments, and the 4.2TB/h rate represents the upper limit under ideal conditions, maximizing data protection performance in virtual setups.
The maximum backup speed of the PowerProtect DD Virtual Edition (DDVE) when utilizing DD Boost is 4.2TB per hour. DD Boost is a feature that enhances the speed and efficiency of data transfers between the backup application and the Data Domain appliance by performing deduplication operations closer to the source, thus reducing network traffic and improving throughput. DDVE's performance capabilities are optimized for virtualized environments, and the 4.2TB/h rate represents the upper limit under ideal conditions, maximizing data protection performance in virtual setups.
Question 11
What is a characteristic of Dell Cloud Tier?
  1. NFS, HTTPS, and CIFS are supported for data movement.
  2. The VTL vault cannot be stored in cloud tier storage.
  3. Managed through a single namespace.
  4. Scales to the maximum capacity of the active tier.
Correct answer: C
Explanation:
Dell Cloud Tier is designed to extend storage to cloud environments while maintaining a single namespace for management simplicity. This feature enables seamless data management across local and cloud storage tiers, preserving data accessibility and integrity.
Dell Cloud Tier is designed to extend storage to cloud environments while maintaining a single namespace for management simplicity. This feature enables seamless data management across local and cloud storage tiers, preserving data accessibility and integrity.
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