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| Section | Objectives |
|---|---|
| ONTAP SAN solution assessment | - Configuration components using tools - Environmental or physical considerations - Prerequisites and inventory for the installation of all SAN components during planning - Solution design and hardware provisioned to meet customer requirements or expectations |
| ONTAP SAN implementation testing and troubleshooting | - Testing tasks - Troubleshooting tasks - Data migration |
| ONTAP SAN Concepts | - Data protection concepts - Storage controller configuration concepts - Switch and/or host configuration concepts - Storage space utilization or management concepts |
| ONTAP SAN implementation and configuration | - Switches and host systems - Clustered storage system FCP configuration tasks - Clustered storage system iSCSI configuration tasks - Storage space utilization or management concepts - Clustered storage system NVMe configuration tasks - Clustered storage systems and node configuration tasks - SVM configuration tasks - Data protection |
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NEW QUESTION # 14
When data is written to a LUN in a four-node MetroCluster configuration, what feature is used to replicate data to the remote site?
Answer: B
Explanation:
MetroCluster uses SyncMirror technology to synchronously mirror data between storage pools at the two MetroCluster sites. Mirrored aggregates contain local and remote plexes, and writes are replicated synchronously so that a current copy of the data exists at the remote site. This storage-level mirroring is fundamental to MetroCluster ' s ability to maintain data availability during site failures and perform switchover operations. SnapMirror active sync is a separate ONTAP technology that provides synchronous application-level protection between peered clusters. SnapMirror Synchronous is likewise a replication technology but is not the underlying aggregate-mirroring mechanism used by MetroCluster. MPIO operates on the host to manage multiple SAN paths and performs no data replication. Therefore, data written to a LUN residing on a mirrored MetroCluster aggregate is replicated to the remote plex through SyncMirror.
NEW QUESTION # 15
A customer wants to Implement a NetApp AFF system at a small remote site that has two ESXi servers that require SAN storage from the NetApp ONTAP based storage system. The servers will be directly connected, because the customer does not want to deploy any switches.
Which protocol should the customer use?
Answer: A
Explanation:
For a small remote site with two ESXi servers requiring SAN storage and no switches, the recommended protocol is iSCSI. iSCSI allows for direct connectivity between the servers and the NetApp ONTAP storage system using standard Ethernet infrastructure, which is suitable for environments without Fibre Channel switches.
For more information, see:
* NetApp iSCSI Configuration Guide
NEW QUESTION # 16
An engineer is troubleshooting FC connectivity issues on a customer's system and sees the following output from the network fcp adapter show command:
According to the output, what is the domain ID of the switch that is connected to port 2a of node n2?
Answer: A
Explanation:
The port address shown for node n2, adapter 2a is 10020. ONTAP reports the FC host port address as a hexadecimal fabric address. Fibre Channel port addresses are interpreted as a 24-bit FC address; when the displayed value is zero-padded to six hexadecimal digits, 10020 becomes 010020. The high-order byte is therefore 01, identifying switch domain ID 1. NetApp's network fcp adapter show command reference confirms that the command reports the Host Port Address and also exposes a domain-id field for the connected fabric. The other choices do not match the domain portion of this FC address. Therefore, the V9.02 supplied answer of D is incorrect for the displayed output. Relevant SAN ONTAP topics are FCP adapter diagnostics, FC port addresses, domain IDs, and fabric connectivity.
NEW QUESTION # 17
An administrator is setting up a NetApp ONTAP AFF system for both NVMe/TCP and iSCSI. Which task is required for SAN configuration?
Answer: C
Explanation:
When setting up a NetApp ONTAP AFF system for both NVMe/TCP and iSCSI, a critical task required for SAN configuration is to configure Logical Interfaces (LIFs). LIFs are necessary for network connectivity and are used by both NVMe/TCP and iSCSI protocols to communicate between the storage system and the host.
The configuration of LIFs involves creating and managing these interfaces to ensure they are correctly mapped and available for use by the respective protocols. This step is essential for the SAN setup to function properly.
For more detailed steps on configuring LIFs, you can refer to NetApp ' s documentation:
* How to Configure NVMe/TCP with ONTAP ( NetApp Community ).
* SAN Configuration with ONTAP ( NetApp ).
NEW QUESTION # 18
Which NetApp ONTAP storage efficiency method provides storage savings by placing multiple different
1KB files in the same block?
Answer: B
Explanation:
Data compaction reduces physical storage consumption by combining multiple small data chunks into a single physical 4 KB block. ONTAP normally works with 4 KB blocks, meaning that a small object such as a 1 KB file could otherwise consume an entire 4 KB block. Inline data compaction combines such small pieces of data while they are still in memory, allowing several independently addressable data fragments to share one physical block. Compression differs because it reduces data size by encoding data into compression groups, while deduplication eliminates duplicate blocks. Thin provisioning controls capacity allocation rather than block packing. Therefore, when the requirement specifically refers to placing multiple different 1 KB files or data fragments into the same block, compaction is the applicable ONTAP storage-efficiency mechanism.
NEW QUESTION # 19
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