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| Section | Objectives |
|---|---|
| Topic 1: NetApp Storage Fundamentals | - Storage system components - ONTAP architecture overview |
| Topic 2: Installation and Configuration | - Initial system setup - Cluster configuration basics |
| Topic 3: Networking and Protocols | - NAS protocols (NFS, CIFS/SMB) - SAN protocols (iSCSI, FC) |
| Topic 4: System Administration and Maintenance | - Firmware and software upgrades - System monitoring and logging |
| Topic 5: Troubleshooting and Support | - Hardware troubleshooting - Performance and connectivity issues |
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NEW QUESTION # 74
In the AFF A200 shown in the exhibit, which port is a CNA port?
Answer: D
Explanation:
https://docs.netapp.com/platstor/topic/com.netapp.doc.hw-2700-install-setup/GUID-FE4BD3C8-3DB4-438A-A5CE-FEEF74AE8BAF.html
NEW QUESTION # 75
You have an ONTAP 2-node cluster. You run a read/write test workload against an SMB share, and it is slower than you expected. You run the same test again, but this time you monitor the storage using a QoS command.
Referring to the exhibit, what is the problem?
Answer: C
Explanation:
The QoS latency output indicates the problem is associated with the HA interconnect/NVRAM mirroring path rather than ordinary disk latency. In ONTAP HA pairs, writes are protected by logging them locally and mirroring the write log to the partner. If the HA interconnect path is impaired, write acknowledgement latency can rise even when front-end network latency and disk latency do not dominate the workload. Increasing SMB read sizes would not address the observed write-path protection delay. Replacing NVRAM is too aggressive without evidence of a failed NVRAM device, and a disk bottleneck would show disk latency as the dominant center. The support engineer should interpret the QoS columns as latency centers and then correlate them with HA architecture. When NVRAM-related latency is elevated in an HA pair, HA interconnect health, cabling, ports, and partner connectivity must be reviewed before assuming a media or protocol issue.
References/topics: ONTAP QoS latency centers, HA interconnect, NVRAM mirroring, SMB workload troubleshooting, and write-path latency analysis.
NEW QUESTION # 76
You have a FAS2240 system using Data ONTAP 8.2.1 7-Mode with CIFS share "cifs" on an NTFS security-style volume.
Which two permissions would be modified using Windows Explorer? (Choose two.)
Answer: A,C
NEW QUESTION # 77
A customer is trying to enable NVMe and wants to use the FC adapters in the controllers but cannot enable the protocol.
Referring to the exhibit, what is causing the problem?
Answer: C
NEW QUESTION # 78
You are using AFF storage with the NVMe storage protocol on your Linux clients.
In this scenario, which NVMe feature must be present and enabled for the client to see storage failover happen?
Answer: D
Explanation:
Asymmetric Namespace Access is the NVMe equivalent concept required for clients to handle storage failover correctly in an ONTAP NVMe environment. ANA allows an NVMe host to understand optimized and non-optimized paths to namespaces so that it can continue I/O when a controller, path, or owning node changes. MPIO is the broader multipathing framework used in many SAN environments, but the NVMe- specific path state mechanism in this question is ANA. ALUA applies to SCSI protocols such as FCP and iSCSI, not NVMe namespaces. NQN identifies NVMe hosts, subsystems, or ports; it does not provide path state awareness during failover. For an AFF system serving NVMe to Linux clients, failover visibility depends on the host recognizing ANA path states and using an NVMe multipath stack that can act on them.
References/topics: ONTAP NVMe/FC or NVMe/TCP host access, ANA, namespace path states, Linux NVMe multipathing, and storage failover behavior.
NEW QUESTION # 79
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