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The NS0-093 exam is a vendor-specific certification exam offered by NetApp, a leading provider of data management solutions. NetApp Accredited Hardware Support Engineer certification is designed for professionals who have at least six months of experience in supporting NetApp hardware products. NS0-093 exam consists of 60 multiple-choice questions and has a time limit of 1.5 hours. NS0-093 exam is available in English and Japanese languages.

Network Appliance NS0-093 certification exam covers a wide range of topics related to NetApp hardware systems, including installation, configuration, and maintenance of NetApp storage systems. NS0-093 Exam also covers topics related to troubleshooting various hardware issues and identifying solutions to resolve them. NetApp Accredited Hardware Support Engineer certification exam is designed to test the candidate's ability to handle complex hardware issues related to NetApp storage systems.

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Network Appliance NS0-093 Certification Exam is designed for individuals who aspire to become NetApp Accredited Hardware Support Engineers. NetApp Accredited Hardware Support Engineer certification exam is aimed at testing the knowledge and skills required to install, configure, and troubleshoot NetApp hardware components. NetApp Accredited Hardware Support Engineer certification is ideal for professionals who work with NetApp storage systems and want to enhance their skills in hardware support.

Network Appliance NetApp Accredited Hardware Support Engineer Sample Questions (Q56-Q61):

NEW QUESTION # 56
In a SAS stack of shelves, what is the topology of the connection between expander and disk?

A. arbritrated loop
B. ring
C. loop
D. point-to-point

Answer: D

Explanation:
In a SAS stack of shelves, the connection between the expander and the disk uses a point-to-point topology.
* Point-to-Point:
* Each SAS disk in a shelf connects directly to the expander using a dedicated channel. This ensures that communication between the disk and expander is independent of other disks, improving performance and reliability.
* Why SAS Uses Point-to-Point:
* SAS (Serial Attached SCSI) eliminates the shared bandwidth limitations of traditional bus architectures (e.g., arbitrated loop or ring) by dedicating a connection to each device.
Key Details:
* A. arbitrated loop:
* Arbitrated loop is a topology used in Fibre Channel systems, not SAS.
* C. loop:
* SAS does not use loop-based communication; this is typical of older technologies like SCSI Parallel Interface (SPI).
* D. ring:
* Ring topology is not used in SAS stacks.
Why Other Options Are Incorrect:
* "NetApp SAS Shelf and Disk Configuration Guide" specifies point-to-point communication between expanders and disks in SAS environments.
References:

NEW QUESTION # 57
How do you set environment variables to factory settings?

A. set-defaults
B. unsetenv all
C. setenv factory
D. wipeconfig

Answer: A

Explanation:
To reset environment variables to factory settings, the set-defaults command is used. This command clears all customizations and restores the environment variables to their default values.
* Command Syntax:At the LOADER prompt, type:
Key Details:arduino
Copy code
set-defaults
* Effect:This command resets all environment variables (e.g., boot arguments, diagnostic settings) to their original factory defaults.
* B. unsetenv all:
* This command clears all environment variables, but it does not restore them to factory defaults.
* C. setenv factory:
* This is not a valid command in NetApp systems.
* D. wipeconfig:
* This command is used to clear configuration and logs but does not reset environment variables.
Why Other Options Are Incorrect:
* NetApp "System Configuration Guide" confirms the use of set-defaults for restoring environment variables to factory settings.
References:

NEW QUESTION # 58
A node has failed.
Which two conditions must be met for an automatic takeover to be triggered? (Choose two.)

A. Mailbox disks must be reachable.
B. The combined utilization of both nodes must be less than 100%.
C. NVRAM must be synchronized.
D. The cluster network must be available.

Answer: A,C

Explanation:
For an automatic takeover to occur in an HA pair, the following conditions must be met:
* The HA pair uses mailbox disks to coordinate and ensure that both nodes have consistent cluster state information.
* If the mailbox disks are not reachable, the takeover process cannot proceed.
1. Mailbox Disks Must Be Reachable:
* The nodes in an HA pair continuously mirror NVRAM data to ensure that writes are protected.
* If NVRAM is not synchronized, the takeover cannot safely handle active workloads.
2. NVRAM Must Be Synchronized:
* A. The combined utilization of both nodes must be less than 100%:
* This is not a requirement for automatic takeover. ONTAP can handle higher utilization during failover scenarios.
* B. The cluster network must be available:
* While the cluster network is critical for normal operation, takeover can still occur if the cluster network is unavailable, as long as the HA interconnect is operational.
Why Other Options Are Incorrect:
* NetApp "ONTAP High Availability Guide" outlines the requirements for automatic takeover in HA pairs.
* "ONTAP NVRAM Synchronization and Failover Guide" explains NVRAM mirroring requirements.
References:

NEW QUESTION # 59
A node has panicked with a PCI/NMI error. Giveback has not been performed.
Which two commands should you run to collect the logs to determine the cause? (Choose two.)

A. show pci -v
B. rdfile /mroot/etc/log/SSRAM
C. event log show
D. pelog -a -g=2

Answer: B,D

Explanation:
To diagnose a PCI/NMI error and collect logs, use the following commands:
* What it does:This command collects PCI error logs, including detailed information about PCI devices and the errors that caused the panic.
* How to use:Run the command from the nodeshell to capture the required PCI log entries.
1. pelog -a -g=2
* What it does:This command reads the SSRAM log file, which contains low-level error information related to PCI and other hardware subsystems.
* How to use:Run the command to view the log entries directly for detailed troubleshooting.
2. rdfile /mroot/etc/log/SSRAM
* B. show pci -v:
* While this command displays PCI device information, it does not provide detailed error logs.
* D. event log show:
* This displays event log entries but does not contain the specific PCI or NMI-related logs required for diagnosing the panic.
Why Other Options Are Incorrect:
* "ONTAP Hardware Troubleshooting Guide" lists pelog and SSRAM as tools for analyzing PCI errors.
* "ONTAP Panic Analysis Guide" emphasizes the importance of collecting detailed hardware logs.
References:

NEW QUESTION # 60
Where is a kernel core file stored on a FAS9000 system that is running ONTAP 9.12.1 software?

A. on the root aggregate
B. on the partner root aggregate
C. on the mailbox disk
D. on the boot device

Answer: A

Explanation:
On a FAS9000 system running ONTAP 9.12.1, the kernel core file is stored on the root aggregate. This is the default location where ONTAP writes kernel core files for system-level failures.
* The root aggregate is the aggregate that contains the root volume for a given node in the cluster. This aggregate is used for critical system files and logs, including kernel core files.
* When a kernel panic or other critical failure occurs, the core dump is written to the root aggregate for later analysis by NetApp Support.
Key Details:
* A. on the partner root aggregate: The partner root aggregate is not used for storing core files unless explicitly configured (which is not the default behavior).
* C. on the mailbox disk: The mailbox disk is used for cluster quorum and configuration information, not for storing core files.
* D. on the boot device: The boot device contains ONTAP software and boot files but does not store kernel core dumps.
* "ONTAP System Administration Guide" specifies that core files are stored on the root aggregate.
* NetApp's "Troubleshooting and Diagnostics Guide" confirms the default behavior for kernel core file storage.
Why Other Options Are Incorrect:References:

NEW QUESTION # 61
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