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| Section | Objectives |
|---|---|
| Data Domain Architecture and Concepts | - Deduplication and storage fundamentals - DDOS architecture overview - Data protection concepts |
| System Administration and Management | - Capacity management - CLI and GUI operations - User and role management |
| Security and Compliance | - Encryption and secure storage - Compliance features - Authentication and authorization |
| Backup and Replication Operations | - Backup integration concepts - Data recovery operations - Replication configuration |
| Installation and Initial Configuration | - System deployment and setup - Network configuration - Initial system validation |
| Monitoring, Maintenance, and Troubleshooting | - Log analysis and diagnostics - System health monitoring - Performance troubleshooting |
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NEW QUESTION # 52
An implementation engineer is at a customer site and is powering up the Dell PowerProtect Data Domain DD9910 with three DS600 expansion shelves.
What must be done before powering up the controller?
Answer: C
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy During the initial power-up of a Dell PowerProtect DD9910 with DS600 expansion shelves, the engineer must ensure that all connected disk shelves receive power before the controller starts.
The Dell DD9410 and DD9910 System Installation, Storage Expansion, and HA Upgrade Guide states:
Connect the power cables to power on the disk shelves before powering on the controller.
Dell Aruba
This startup sequence ensures that the SAS expansion enclosures and their storage devices are powered and available when the controller initializes its storage subsystem.
The DS600 shelves contain the physical disks used for Data Domain storage. Powering the shelves first allows the enclosure electronics, SAS expanders, and storage devices to initialize before DDOS begins hardware discovery.
Each DS600 shelf has two power supplies. Dell specifies connecting these supplies to redundant AC power sources to maintain availability if one power source fails.
Dell Ireland
Option B describes an important deployment verification task but does not establish the required storage power sequence. Option C concerns chassis identification rather than storage initialization. Option D provides a management access method but is not the required action before controller startup.
Following the correct power sequence reduces the likelihood of incomplete storage discovery and unnecessary hardware troubleshooting during initial configuration.
Therefore, the three DS600 expansion shelves must be powered before the DD9910 controller is powered on.
References: Dell PowerProtect Data Domain Deploy - Deployment, Hardware Installation and Power-Up Procedures; Dell DD9410 and DD9910 System Installation, Storage Expansion, and HA Upgrade Guide - Connecting Disk Shelf Power Cables and Connecting Controller Power Cables and Powering On.
NEW QUESTION # 53
A customer uses a backup application to back up data to a Dell PowerProtect Data Domain appliance.
In their environment, they require:
* Dedicated SAN traffic
* No backup traffic on the production IP network
Which connectivity option should the implementation engineer configure?
Answer: B
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy Dell PowerProtect Data Domain supports DD Boost over Fibre Channel (DFC), which enables compatible backup applications to transfer backup and recovery data directly across a dedicated Fibre Channel storage area network (SAN). This architecture separates backup data movement from the production Ethernet network, meeting the customer's requirements for storage traffic isolation.
The Dell NetWorker and Data Domain Boost Integration Guide confirms that DD Boost devices support data transport over both Ethernet IP networks and Fibre Channel SAN environments. It also recommends using SAN interfaces for backup operations in Fibre Channel deployments.
Dell India+1
During deployment, the engineer must enable DD Boost over Fibre Channel, verify Fibre Channel connectivity, configure initiator access groups, and ensure that the backup application supports the DFC transport mechanism. Appropriate SAN zoning, compatible host bus adapters (HBAs), and correctly presented DD Boost devices are necessary.
Although backup payloads traverse the Fibre Channel fabric, Ethernet connectivity remains necessary for management and certain control operations.
Option A is incorrect because NFS operates over an IP network. Option C is incorrect because CIFS/SMB also uses IP networking. Option D is incorrect because the stated VTL over Ethernet configuration does not provide the required Fibre Channel transport.
Therefore, DD Boost over FC is the appropriate configuration for dedicated SAN-based backup traffic without transferring backup payloads across the production IP network.
References: Dell PowerProtect Data Domain Deploy - Deployment, Connectivity Configuration, DD Boost over Fibre Channel; Dell NetWorker and Data Domain Boost Integration Guide - Fibre Channel Support and Network Requirements; DDOS Administration Guide - Verifying Connectivity and Creating Access Groups.
NEW QUESTION # 54
What is the correct sequence of operations used by the PowerProtect DD DIA in the end-to-end verification process?
Answer:
Explanation:
NEW QUESTION # 55
An implementation specialist must configure data immutability on their Dell PowerProtect Data Domain appliance at the highest level available for Data Domain Operating System.
What can they do to meet this requirement?
Answer: D
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy Dell PowerProtect Data Domain Retention Lock Compliance (RL-C) provides the most restrictive native data immutability capability available within DDOS. It is designed to preserve backup and archive records against unauthorized modification, deletion, and premature retention expiration.
Retention Lock Compliance enforces Write Once, Read Many (WORM) behavior for protected files. Once a file is committed to retention, it cannot be modified, overwritten, or deleted before the configured retention period expires, including by users with administrative privileges.
Dell's Retention Lock documentation identifies Compliance mode as the stricter option and explains that its controls include system-clock protection, Security Officer authorization for sensitive operations, and restrictions on actions that could compromise retention-locked data.
Dell USA+1
Implementation requires the appropriate licensing, system-level Compliance configuration, security-role preparation, and activation of Retention Lock on the applicable MTree. Compliance-mode enablement introduces significant administrative restrictions and must be planned carefully.
Option A provides immutability under Governance mode but permits authorized reversal of retention locks.
Option C offers network isolation rather than DDOS-enforced file immutability. Option D restricts management access but does not prevent data modification or deletion. Option E strengthens authentication without enforcing retention protection.
Therefore, DD Retention Lock Compliance is the correct choice for the highest level of DDOS-native data immutability.
References: Dell PowerProtect Data Domain Deploy - Post-Deployment, Data Security and Retention Lock Configuration; Dell PowerProtect DD Retention Lock Software Overview - Retention Lock Compliance; Dell Data Domain Retention Lock Frequently Asked Questions - Governance Versus Compliance.
NEW QUESTION # 56
What information does the daily Autosupport report contain?
Answer: B
Explanation:
The autosupport command manages system reports. Command options enable administrative users to manage two reports that describe the state of a Data Domain system: the autosupport report and the daily alert summary.
Reference: https://www.delltechnologies.com/asset/en-us/products/data-protection/technical-support
/docu95816.pdf
NEW QUESTION # 57
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