Fantastic NS0-522 - Exam NetApp Implementation Engineer - SAN ONTAP Exam Actual Tests

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Network Appliance NS0-522 Exam Syllabus Topics:

SectionObjectives
ONTAP SAN Implementation Testing and Troubleshooting- Implementation validation and testing tasks
- Connectivity and performance troubleshooting
- Data migration tasks
ONTAP SAN Concepts- Storage space utilization and management concepts
- Switch and host configuration concepts
- Data protection concepts
- Storage controller configuration concepts
ONTAP SAN Solution Assessment- Environmental and physical considerations
- Solution design and hardware provisioning
- Installation planning and configuration tools
- Prerequisites and inventory for SAN components
ONTAP SAN Implementation and Configuration- iSCSI configuration
- Fibre Channel Protocol (FCP) configuration
- Storage Virtual Machine (SVM) configuration
- Clustered storage systems and node configuration
- Switch, host, data protection and storage management
- NVMe configuration

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Network Appliance NetApp Implementation Engineer - SAN ONTAP Exam Sample Questions (Q62-Q67):

NEW QUESTION # 62
A customer uses several node types in their SAN environment. They want to migrate iSCSI LIFs without disruption.
Which command can achieve this?

Answer: C

Explanation:
ONTAP supports iSCSI LIF migration between nodes specifically on All-Flash SAN Array (ASA) platforms running ONTAP 9.11.1 or later. The migration is restricted to ports on the LIF's home node or its HA partner, and the applicable CLI operation is network interface migrate. Standard AFF and FAS configurations do not provide the same cross-node iSCSI LIF migration capability described in this scenario. For those systems, an iSCSI LIF normally must be created on the required destination node rather than migrated between nodes.
The ucadmin modify command changes unified adapter personality and is unrelated to LIF migration.
Therefore, option D correctly combines the supported ASA platform with the appropriate ONTAP command.
Relevant topics include ASA SAN networking, iSCSI LIF mobility, HA partners, LIF migration, and nondisruptive SAN operations.


NEW QUESTION # 63
A customer wants to use NVMe/FC to connect three Linux hosts to their NetApp ONTAP cluster.
What is the minimum speed for an HBA in an ONTAP controller in this scenario?

Answer: B

Explanation:
The required controller-side FC adapter capability for the NVMe/FC configuration represented by this question is 32 Gbps. NetApp's NVMe/FC implementation for the relevant ONTAP platforms uses supported
32 Gb FC target adapters, and NetApp platform specifications identify NVMe/FC connectivity through 32 Gbps FC ports. NetApp's NVMe/FC documentation also identifies supported Linux host configurations using
32 Gb Fibre Channel adapters, with exact host adapter, firmware, driver, switch, and ONTAP combinations validated through the Interoperability Matrix Tool. Traditional 4, 8, or 16 Gbps FC adapters may support conventional FCP on applicable platforms, but they do not meet the NVMe/FC controller-adapter requirement tested here. Relevant SAN ONTAP topics include NVMe/FC, 32 Gb FC target adapters, HBAs, Fibre Channel fabrics, and IMT validation.


NEW QUESTION # 64
A storage engineer in SAN environment needs to Identify FC ports using the company-wide naming policy.
Which command will accomplish this task?

Answer: C

Explanation:
The vserver fcp wwpn-alias set command is used to set or modify the World Wide Port Name (WWPN) aliases for Fibre Channel (FC) ports in a NetApp ONTAP environment. This command allows you to apply a company-wide naming policy to FC ports, ensuring consistent and easily identifiable naming conventions across your storage infrastructure.
For further details, you can refer to:
* NetApp Documentation on FC Management
* NetApp Community Discussion on WWPN Aliases


NEW QUESTION # 65
An engineer has a 100 GB volume with the space guarantee set to volume and fractional reserve set to 100.
The Snapshot reserve is disabled. The volume contains two 20 GB LUNs, and each LUN has the space guarantee enabled and is 50% full. The engineer creates a Snapshot copy of the volume, and no data is written or modified after the Snapshot copy is taken.
What is the available space in the volume?

Answer: C

Explanation:
The correct available capacity is 20 GB. Both 20 GB LUNs are space-reserved, so ONTAP reserves their full provisioned capacity rather than only the 10 GB currently consumed in each LUN. The two LUN reservations therefore account for 40 GB. Because the volume uses a 100% fractional reserve and a Snapshot copy exists, ONTAP also reserves sufficient overwrite space for 100% turnover of the reserved objects. That represents another 40 GB. Consequently, 80 GB of the 100 GB volume is committed: 40 GB for the two space-reserved LUNs and 40 GB to guarantee their overwrites. This leaves 20 GB available. NetApp describes fractional reserve 100 as reserving 100% of the space necessary for overwrites of reserved objects. Relevant topics include LUN space reservation, fractional reserve, thick provisioning, and Snapshot overwrite guarantees.


NEW QUESTION # 66
What Is modified when moving a LUN between different HA pairs in the same SVM to prevent loss of connectivity?

Answer: C

Explanation:
When moving a LUN between different HA pairs in the same SVM to prevent loss of connectivity, the reporting nodes must be modified. The reporting nodes configuration ensures that the initiator paths are properly updated to reflect the new physical location of the LUN. This prevents disruptions in connectivity by maintaining the correct pathing information for the host systems accessing the LUN.
For more details, refer to:
* NetApp Documentation on LUN Management


NEW QUESTION # 67
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