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| Section | Objectives |
|---|---|
| ONTAP SAN Concepts | - Switch and host configuration concepts - Data protection concepts - Storage controller configuration concepts - Storage space utilization or management concepts |
| ONTAP SAN implementation and configuration | - Clustered storage system NVMe configuration tasks - Clustered storage systems and node configuration tasks - Switches and host systems - Clustered storage system FCP configuration tasks - Storage space utilization or management concepts - SVM configuration tasks - Data protection - Clustered storage system iSCSI configuration tasks |
| ONTAP SAN solution assessment | - Configuration components using tools - Solution design and hardware provisioned to meet customer requirements or expectations - Environmental or physical considerations - Prerequisites and inventory for the installation of all SAN components during planning |
| ONTAP SAN implementation testing and troubleshooting | - Testing tasks - Troubleshooting tasks - Data migration |
>> NS0-522 Reliable Test Objectives <<
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NEW QUESTION # 58
An administrator installs a new NetApp ONTAP system in a customer ' s SAN environment. The customer wants to confirm that ALUA correctly changes the path states between Active/Optimized and Active
/Nonoptimized.
Which event causes ALUA to change the path states?
Answer: D
Explanation:
ALUA (Asymmetric Logical Unit Access) is a protocol used in SAN environments to manage paths between a host and its storage. It enables the host to recognize and manage paths to the LUNs more efficiently by designating paths as either " Active/Optimized " or " Active/Nonoptimized " . A significant event, such as shutting down all FC LIFs on the HA partner node, will trigger ALUA to change the path states. This action effectively causes the storage paths to transition from the HA partner node to the local node, switching the path states from Active/Nonoptimized to Active/Optimized on the paths that remain active.
For more information, you can refer to:
* NetApp Community Discussion on ALUA
* NetApp Documentation on ALUA
NEW QUESTION # 59
What is the minimum number of rack units that are required on each site for a NetApp AFF All San Array (ASA) A800 MetroCluster IP configuration with 72 disks per site and Cisco N9K-C9336C-FX2 backend switches?
Answer: B
Explanation:
For a NetApp AFF All SAN Array (ASA) A800 MetroCluster IP configuration with 72 disks per site and Cisco N9K-C9336C-FX2 backend switches, the minimum number of rack units required on each site is 16 RU. This includes space for the controllers, disk shelves, and the necessary network switches. This configuration ensures that all components are properly accommodated and operational within the specified rack space.
For detailed information on the rack unit requirements and MetroCluster IP configurations, refer to:
* NetApp Documentation on MetroCluster IP
* MetroCluster IP Solution Architecture
NEW QUESTION # 60
Which two NetApp features provide synchronous data replication between two sites for SAN workloads with automatic failover in case of a site disaster? (Choose two.)
Answer: A,B
Explanation:
For synchronous data replication between two sites with automatic failover in case of a site disaster for SAN workloads, the two NetApp features that provide these capabilities are SnapMirror Synchronous and MetroCluster IP.
* SnapMirror Synchronous: This feature provides volume-granular, synchronous replication with zero RPO (Recovery Point Objective), ensuring that data is mirrored in real-time to a secondary site. This setup supports automatic failover, maintaining data availability even during site failures
* MetroCluster IP: This solution provides synchronous replication and combines high availability and disaster recovery capabilities. MetroCluster IP uses IP networking to extend the distance over which replication can occur and supports automatic failover and failback, making it suitable for critical SAN workloads
NEW QUESTION # 61
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: D
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 # 62
What does an Active/Optimized path mean in a FAS configuration?
Answer: C
Explanation:
In a traditional FAS SAN configuration, ONTAP uses ALUA to distinguish optimized paths from non- optimized paths. Active/Optimized paths are serviced by the controller associated with the aggregate and LUN being accessed. These paths provide the preferred I/O route because data does not need to be forwarded through another controller. Paths through the HA partner remain available but are normally Active/Non- Optimized and are used when optimized paths become unavailable. NetApp host configuration guidance explicitly describes AFF and FAS systems as having higher-priority Active/Optimized paths serviced by the controller where the aggregate resides and lower-priority non-optimized paths served through another controller. Round-robin is a host multipathing policy and does not define ALUA path state. Relevant topics include ALUA, Active/Optimized paths, Active/Non-Optimized paths, FAS multipathing, and HA architecture.
NEW QUESTION # 63
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