NetApp NCSE NS0-193 Dumps - NetApp Certified Support Engineer

NS0-193 NetApp Certified Support Engineer Exam is new available, the old exam NS0-192 has been retired and no longer to take in Pearson VUE test center. If you want to pass NCSE Certification NS0-193 exam, Choosing Passcert NetApp NCSE NS0-193 Dumps is the best way. Passcert can not only provide all the information related to the NetApp certification NS0-193 exam for the candidates, but also provide a good learning opportunity for them. 

Candidates for NetApp Certified Support Engineer (NCSE) certification should have at least 6 to 12 months of experience with NetApp solutions and technology, including on-site and remote support, general troubleshooting and root cause isolation, hardware replacement, documentation, node configuration, and software and firmware upgrades.

The NS0-193 exam includes 60 test questions, with an allotted time of 1-1/2 hours to complete. In countries where English is not the native language, candidates for whom English is not their first language will be granted a 30-minute extension to the allotted examination completion time.

Your results will be available in CertCenter two (2) to five (5) business days after you complete your exam.

Describe aggregate status

Describe how to troubleshoot AutoSupport

Describe clustering in ONTAP

Demonstrate knowledge of the steps required to upgrade a cluster

Describe space usage within ONTAP

Identify Advanced Disk Partitioning (ADP) implementation

Demonstrate how to analyze storage controller issues

Identify HA and cluster interconnect statistics and error counts

Identify how ONTAP uses system memory and NVRAM

Describe replacement considerations for FRUs

Describe how to troubleshoot SAN components

Demonstrate knowledge of how to troubleshoot NFS

Demonstrate knowledge of how to troubleshoot SMB (CIFS)

Describe how to configure networks

Demonstrate knowledge of how to troubleshoot permissions

Identify how to capture a packet trace

Describe common performance bottlenecks

Identify various filesystem scanners

Describe how to collect performance statistics

Identify OnCommand Suite products

Describe ONTAP data protection

Describe SnapCenter or SnapDrive software

Describe SnapCenter configuration

1.A customer recently performed an ONTAP upgrade and would like to confirm the successful completion of the process.

Which three actions would satisfy this requirement? (Choose three.)

A. Execute the version command at the cluster shell.

B. Verify the version from the new AutoSupport that was automatically triggered after an upgrade.

C. A System Message notification will be shown upon reboot after a successful upgrade.

D. Execute the system node upgrade-revert show command at the cluster shell.

E. Execute the system node upgrade-revert show-task-status command at the cluster shell.

Answer: A,C,D

2.You are adding an additional node to a single-node cluster.

Which of the actions should be performed after this upgrade? (Choose two.)

A. Verify that HA is enabled.

B. Verify that epsilon is not assigned.

C. Verify that epsilon is assigned.

D. Verify that HA is disabled.

Answer: C,D

3.Using QoS statistics for a group of volumes on one node, you notice that most of the latency comes from the data layer.

In this scenario, which statement is correct?

A. There is too much indirect traffic from other nodes.

B. QoS processing is increasing CPU usage.

C. The CPU on the node is overused.

D. High disk use is increasing CPU usage.

Answer: D

4.A manager wants a volume to have a guaranteed 300 MB/s of read performance. You explain that you cannot do this on FAS storage running ONTAP 9.3 backed by 10,000 RPM disks.

What is the reason for this response?

A. Throughput floors apply to only iSCSI access.

B. Throughput floors can only guarantee up to 125 MB/s.

C. Throughput floors require a license.

D. Throughput floors require AFF.

Answer: D

5.You are migrating volumes from an older aggregate to a new aggregate using the vol move command. You notice that, after completion, access to these volumes is slower until a certain process finishes.

Which process is causing the problem in this scenario?

A. deswizzling

B. active bitmap rearrangement

C. snap create

D. container block reclamation

Answer: D