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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Troubleshooting | 18% | - Troubleshoot backup, restore, and replication issues - Troubleshoot software and connectivity issues - Analyze performance and capacity issues |
| Topic 2: Active Tier Administration | 50% | - Manage upgrades, updates and performance tuning - Configure access protocols (CIFS, NFS, DD Boost, VTL) - Manage system access and networking - Manage file system and storage policies - Configure system and support settings - Configure Secure Multitenancy and replication policies - Apply retention lock and monitor system health |
| Topic 3: Integration with Application Software | 14% | - Integrate with backup applications - Verify backup and recovery operations |
| Topic 4: Cloud Tier Administration | 18% | - Perform data movement and Cloud tuning - Configure and manage Cloud Tier |
>> Valid D-PDD-OE-01 Test Topics <<
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NEW QUESTION # 14
Refer to the exhibit.
Which port is the cable misconfiguration identified in the command output?
Answer: B
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy The enclosure show topology command displays the Serial Attached SCSI (SAS) connectivity between the Data Domain controller and its attached expansion shelves. The command identifies the controller's SAS ports, connected enclosure numbers, shelf controllers, and the Host (H) and Expansion (E) port relationships.
In a correctly configured SAS daisy chain, the controller communicates with the Host port of the first expansion shelf. The Expansion port then provides the connection to the Host port of the next shelf. Normal topology output therefore follows the H: E sequence, representing the expected direction of connectivity.
The exhibit shows that ports 2a, 2b, 2c, 3a, and 3b consistently display their connections using this sequence.
However, port 3c displays:
5.A.E: 5.A.H > 4.A.E: 4.A.H
This reverses the expected Host-to-Expansion port ordering. The controller path is associated with expansion- side connections rather than the normal host-side entry points, indicating incorrect SAS cabling.
Dell's SAS cabling troubleshooting procedures recommend inspecting the physical connections, checking enclosure show topology, and running enclosure test topology to validate connectivity after correcting cabling problems.
Dell Canada+1
Therefore, port 3c is the misconfigured connection because its enclosure port sequence violates the expected SAS topology.
References: Dell PowerProtect Data Domain Deploy - Post-Deployment, Storage Validation and Enclosure Connectivity; Dell Data Domain SAS Cable Configuration, Topology Checks, and Testing - Topology Verification and Cabling Troubleshooting.
NEW QUESTION # 15
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: A
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 # 16
An implementation engineer is racking a Dell PowerProtect Data Domain appliance at a customer site. The controller and all expansion shelves are in the rack, and all the data cables are connected.
What must they validate before connecting the power cables?
Answer: D
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy Before applying electrical power to a Dell PowerProtect Data Domain appliance, the implementation engineer must verify that the available input voltage matches the electrical specifications of the controller and all attached expansion shelves. This is a fundamental pre-deployment requirement because different Data Domain hardware components can have different voltage specifications.
The Dell PowerProtect DD9400 System Installation and Storage Expansion Guide specifies:
A DD9400 system must be operated only from a power supply input voltage range of 100-240 VAC and 50-
60 Hz.
The same guide specifies that DS60 and DS600 expansion shelves require 200-240 VAC at 50-60 Hz.
Consequently, an electrical supply suitable for the controller may not necessarily satisfy the requirements of every expansion shelf.
The engineer must also verify appropriate grounding, power distribution unit capacity, circuit protection, and the availability of independent power feeds for redundant power supplies.
Option A is incorrect because three-phase power is not universally required; the supported power configuration depends on the rack and installation specifications. Option C describes an important redundancy consideration but does not replace electrical compatibility verification. Option D is incorrect because Data Domain appliances commonly incorporate redundant power supplies.
Therefore, validating the voltage against the system requirements is the essential prerequisite before connecting the power cables.
References: Dell PowerProtect DD9400 System Installation and Storage Expansion Guide - Safety Considerations; Dell PowerProtect DD Hardware Features and Specifications - Site Requirements and Power
/Grounding.
NEW QUESTION # 17
An implementation engineer finds that Dell PowerProtect Data Manager fails to add the Dell PowerProtect Data Domain appliance. The connection test fails.
What three actions should be taken to resolve the issue? (Choose three.)
Answer: A,B,C
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy Successful integration between Dell PowerProtect Data Manager (PPDM) and a PowerProtect Data Domain appliance depends on correctly configured storage services, management network connectivity, and valid authentication credentials. When the storage registration connection test fails, the engineer should investigate these dependencies before performing disruptive maintenance.
A). Check DD Boost service status: DD Boost provides optimized integration between Data Domain and supported backup applications. The engineer should verify that the service is enabled and operational. Dell's PowerProtect Data Manager connectivity troubleshooting documentation specifically identifies DD Boost availability as a validation requirement when a protection storage connection cannot be verified.
Dell US
B). Verify network connectivity: The engineer must confirm IP reachability, DNS resolution, routing, and firewall configuration between PPDM and Data Domain. Dell specifies TCP port 3009 as the default SSL management communication port used when adding protection storage.
Dell US
E). Check credentials: Incorrect passwords, expired credentials, or insufficient administrative permissions can prevent storage registration. The configured credentials must permit PPDM to authenticate and manage the protection storage system.
Option C is incorrect because upgrading DDOS is not an initial corrective action unless a documented compatibility or software defect requires it.
Option D is incorrect because restarting the appliance introduces unnecessary disruption and does not directly address the principal connection prerequisites.
Therefore, validating DD Boost service status, network connectivity, and authentication credentials provides the appropriate initial troubleshooting approach.
References: Dell PowerProtect Data Domain Deploy - Deployment, PowerProtect Data Manager Integration and Troubleshooting; Dell PowerProtect Data Manager Administrator Guide - Add Protection Storage; Dell PowerProtect Data Manager Network-Attached Storage User Guide - Connectivity Troubleshooting.
NEW QUESTION # 18
Which Dell PowerProtect Data Domain appliance requires a deep rack?
Answer: D
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy The Dell PowerProtect DD6410 has a deeper controller chassis than the other appliances listed, making rack depth a particularly important consideration during site preparation and physical deployment.
According to Dell's official DD6410 hardware specifications, the appliance measures approximately 837 mm (32.95 inches) from the mounting ears to the power supply surface, extending to approximately 873 mm (34.36 inches) at the PSU handles.
Dell US
By comparison, the DD9410, DD9910, and DD9910F controllers have a nominal chassis depth of approximately 724 mm (28.5 inches).
Dell UK+1
The additional chassis depth of the DD6410 must be accommodated by the rack structure, mounting rails, power distribution units, rear cabling, and service clearance.
Dell's DD6410 installation guidance specifies that supported third-party rack arrangements require at least
969 mm between the front mounting rail and rear-door features, excluding additional cable-dressing clearance.
Dell US
A technician must therefore validate the actual rack's usable depth rather than relying solely on its advertised external dimensions.
Options A, B, and D describe physically shorter controller designs. Although these appliances may also use deep racks depending on storage configuration and cable management, their controller chassis do not have the same depth requirement as the DD6410.
Therefore, DD6410 is the intended answer because its deeper chassis requires greater usable rack depth and rear clearance.
References: Dell PowerProtect Data Domain Deploy - Pre-Deployment Check, Rack and Space Requirements; Dell PowerProtect DD 8.8 Hardware Features and Specifications - DD6410 System Specifications; Dell DD6410 System Installation and Storage Expansion Guide - Stab-In Sliding Rails and Rack Clearance.
NEW QUESTION # 19
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