NS0-185試験の準備方法|信頼的なNS0-185技術試験試験|実際的なNetApp Storage Installation Engineer, ONTAP Professional Exam専門知識

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Network Appliance NS0-185 Exam Syllabus Topics:

SectionObjectives
ONTAP Configuration- Security hardening
- Cluster peering setup
- Installation troubleshooting support tools
- Add or remove cluster nodes
ONTAP Concepts- Aggregate creation
- Cluster controller components
- Cluster installation and expansion
- ONTAP updates and version management
Customer Handoff- Customer delivery and handoff
- Installation validation tools
- Documentation creation
ONTAP Networking- Cluster networking configuration
- Network types in ONTAP clusters
Basic Installation Topics and Tools- Installation preparation tools and documentation
- Physical cabling of ONTAP nodes
ONTAP Switches- Switched cluster cabling
- Switch configuration software requirements

>> NS0-185技術試験 <<

NS0-185試験の準備方法|素晴らしいNS0-185技術試験試験|実際的なNetApp Storage Installation Engineer, ONTAP Professional Exam専門知識

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Network Appliance NetApp Storage Installation Engineer, ONTAP Professional Exam 認定 NS0-185 試験問題 (Q75-Q80):

質問 # 75
You are preparing for the installation of a new ONTAP 9.8 cluster and need to get the preinstallation information from the customer.
In this scenario, which NetApp tool would you use to create a configuration spreadsheet template for the deployment?

正解:B

解説:
https://configbuilder.netapp.com/Index.aspx


質問 # 76
Exhibit.

You are installing a FAS2254 and a DS2246 disk shelf at a customer's site. The controller and disk shelf must be racked in separate rows in the data center due to available space.
The customer wants you to use two of the 20-meter copper SAS cables to make connections. Referring to the exhibit, which statement is correct?

正解:C

解説:
This question tests installation cabling constraints and supported cabling media for SAS connectivity. The key issue is distance: the customer wants to use20-meter copper SAS cablesbetween a controller and a shelf that are installed in separate rows.
NetApp hardware cabling guidance indicates that when long distance SAS connectivity is required, the supported approach is to useSAS optical cabling(for applicable platforms and shelf/IOM combinations). The ONTAP hardware systems documentation describes "mini-SAS HD SAS optical cable rules," noting that optical AOC SAS cables are available in lengths up to50 metersfor controller-to-stack and shelf-to-shelf connections in supported configurations. This highlights a critical installation principle: long SAS runs are addressed withoptical, not copper.
The documentation also establishes that SAS cabling within a stack must be consistent (all copper or all optical) and that mixed approaches have specific constraints. While the excerpt emphasizes optical rules (because optical is the mechanism for long distance), it implicitly reinforces that copper has practical distance limitations and is not the long-distance solution.
Therefore, if the customer insists on copper SAS, the correct guidance is thatthe controller and disk shelf must be closer togetherto remain within supported copper SAS distance limits and to ensure signal integrity and supported operation. Option B is incorrect because simply "obtaining" 20-meter copper SAS cables does not make the configuration supported. Option D is incorrect because Ethernet adapters do not replace SAS for shelf connectivity. Option A is nonsensical in this context because SAS shelf connectivity cannot be replaced by a "wireless adapter" as a supported installation practice.
Thus, the correct answer isC: if copper cables are to be used, the devices must be closer together; otherwise the supported solution is to use a supported SAS optical approach.


質問 # 77
You are a NetApp Professional Services engineer. You have completed an ONTAP cluster installation and need to collect configuration information to enable creation of a Service Event Report (SER).
Which tool would you use?

正解:B

解説:
Service Event Reports require standardized installation and configuration data.NetAppDocsgenerates structured output reports specifically designed for SER creation, including hardware, cabling, and configuration details. Other tools do not produce SER-formatted documentation.


質問 # 78
You are setting up a peer relationship between two ONTAP clusters. In this scenario, which two statements are true regarding authentication?

正解:A、B

解説:
Reference: https://docs.netapp.com/us-en/ontap/peering/create-cluster-relationship-93-later- task.html


質問 # 79
You were dispatched to install a cluster made up of FAS8060 and FAS8080 controllers. There are three FAS8060 controllers and three FAS8080 controllers.
Which solution would provide the largest possible cluster?

正解:A

解説:
As part of the ONTAP SAN solution assessment domain, NetApp defines strict rules governingcluster composition and scalability. ONTAP clusters support a maximum of24 nodes, and within that limit, clusters can includedifferent controller models, provided they are supported by the same ONTAP release and meet hardware compatibility requirements.
BothFAS8060andFAS8080controllers are supported within ONTAP clusters and can coexist in a single cluster configuration. NetApp installation documentation explicitly allows mixed-controller clusters as long as the controllers are compatible and running the same ONTAP version.
In this scenario, there are six total controllers available: three FAS8060 and three FAS8080. Since ONTAP supports heterogeneous clusters and there is no architectural limitation preventing all six controllers from participating, thelargest possible clusteris achieved by includingall six nodes.
Smaller cluster sizes-two, four, or five nodes-are technically valid but do not meet the requirement of providing thelargest possible cluster. The assessment objective focuses on maximizing usable resources while staying within supported configuration guidelines.
Additionally, ONTAP automatically manages performance balancing and high availability across mixed- controller clusters. Each node pair forms an HA pair, and ONTAP ensures consistent data access across the entire cluster fabric.
Therefore, the correct answer isD, a cluster made up of six nodes.


質問 # 80
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