Instant Access NetworkAppliance.NS0-185.v2026-06-28.q81 Actual Practice Test Engine for Free (Page 5)

Question 16

You completed the installation of an AFF A700s with NetApp CN1610 switches using breakout cables. Ports e0e and e0i are not visible.
What caused this problem?

A.Breakout cables were used and the second port on the same ASIC became disabled.
B.This is a hardware error.
C.Ports must be enabled manually.
D.A license is missing.

Question 17

Immediately after installing a 4-node FAS8200 cluster, you discover that node "cluster1-02" must be removed from the cluster. You want to use the cluster remove-node command.

Referring to the exhibit, which two statements are correct? (Choose two.)

A.Verify that high availability is configured for failover to the HA partner, then remove the node.
B.Make the node ineligible by using the cluster modify -eligibility false command, then remove the node.
C.Move Epsilon to cluster1-02, then remove the node.
D.Remove the node, then the cluster will elect a new master to remain in quorum.

Question 18

You are preparing to physically install a new AFF A400 cluster into a customer's racks. All equipment has been delivered.
Which three tools do you need to complete this installation? (Choose three.)

A.additional network cables
B.Phillips #2 screwdriver
C.laptop computer
D.slide rail kit
E.cable management tray

Question 19

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?

A.You will need to contact sales to obtain a wireless adapter.
B.You will need to contact sales to obtain the 20 meter copper cables.
C.The controller and disk shelf must be closer together if copper cables are to be used.
D.You will need to contact sales to obtain an Ethernet adapter.

Correct Answer: C

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.

Question 20

You are using Broadcom BES-53248 switches for a cluster interconnect in a base configuration.
In this scenario, what is the minimum number of ISLs supported between the switches?

A.1
B.2
C.3
D.4

Question 16

Question 17

Question 18

Question 19

Question 20

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