TEST-TAKING QUESTIONS NS0-516 PRE-ASSESSMENT TEST

Test-Taking Questions NS0-516 Pre-assessment Test

Test-Taking Questions NS0-516 Pre-assessment Test

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Network Appliance NS0-516 exam, also known as the NetApp Implementation Engineer SAN Specialist E-Series (NCIE) exam, is a certification exam designed for professionals who specialize in designing, implementing, and managing NetApp E-Series SAN solutions. NetApp Implementation Engineer SAN Specialist E-Series (NCIE) certification exam is intended for individuals who have a good understanding of SAN solutions and are looking to enhance their skills and knowledge in this area.

The NS0-516 exam consists of 60 multiple-choice questions that need to be completed in 1.5 hours. NS0-516 Exam covers topics such as SAN design, implementation, and management; storage protocols and connectivity; performance optimization; and data protection and disaster recovery. Candidates must have a good understanding of the E-Series storage system architecture, performance characteristics, and management tools to pass the exam. Upon passing the exam, candidates will be certified as a NetApp Implementation Engineer SAN Specialist E-Series (NCIE), which is a valuable credential for storage professionals and can help them advance their careers.

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The NS0-516 exam covers a range of topics related to NetApp E-Series SAN solutions, including E-Series hardware and software components, SAN infrastructure design, SAN implementation and configuration, and troubleshooting SAN issues. NS0-516 exam consists of 60 multiple-choice questions and has a duration of 1.5 hours. To pass the NS0-516 Exam, candidates must achieve a score of 70% or higher. Successful candidates will receive the NetApp NCIE certification, which demonstrates their proficiency in implementing and managing NetApp E-Series SAN solutions.

Network Appliance NetApp Implementation Engineer SAN Specialist E-Series (NCIE) Sample Questions (Q60-Q65):

NEW QUESTION # 60
Which scenario is allowed for mirroring between sites?

  • A. FDE disabled on the primary volume and enabled on the secondary volume
  • B. FDE enabled on the primary volume and disabled on the secondary volume
  • C. Data Assurance enabled on the primary volume and enabled on the secondary volume
  • D. Data Assurance disabled on the primary volume and enabled on the secondary volume

Answer: C


NEW QUESTION # 61
Where can you enter scripts in the SANtricity user interface?

  • A. In the EMW on the Setup tab
  • B. In the AMW on the Setup tab
  • C. In the EMW on the Devices tab
  • D. In the AMW on the Storage & Copy Services tab

Answer: C


NEW QUESTION # 62
Click the Exhibit button.

A customer's host is running a Red Hat Enterprise Linux 7.6 server with dm-mp configured for ALUA and is connected to a single volume on the EF280 system that is shown in the exhibit.
In this scenario, how many active/optimized paths are available to the volume?

  • A. 0
  • B. 1
  • C. 2
  • D. 3

Answer: C

Explanation:
Based on the exhibit provided and the scenario where a Red Hat Enterprise Linux 7.6 server is configured with Device Mapper Multipathing (dm-mp) for Asymmetric Logical Unit Access (ALUA) and connected to a single volume on the EF280 system, there are4 active/optimized pathsavailable to the volume.
In ALUA configurations, paths are classified as active/optimized or active/non-optimized. Each controller on the EF280 system will have two active/optimized paths to the volume, leading to a total of four such paths.
This setup ensures high availability and optimal performance for data access.
References:
* NetApp E-Series and EF-Series Multipathing Guide for Linux
* SANtricity System Manager User Guide


NEW QUESTION # 63
In the Array Management window, which tab provides access to the Ethernet management port configuration and premium feature enablement?

  • A. Storage & Copy Services
  • B. Host Mappings
  • C. Hardware
  • D. Configuration
  • E. Setup

Answer: E


NEW QUESTION # 64
When a drive fails in a Dynamic Disk Pool (DDP) with no free capacity, what happens to the data?

  • A. It is evacuated to the preservation capacity within the DDP
  • B. It is evacuated to a hot spare drive that is assigned to the DDP
  • C. It is rebuilt using preservation capacity within the DDP
  • D. It is rebuilt using the on-board backup database

Answer: C

Explanation:
In a Dynamic Disk Pool (DDP), the system is designed to handle drive failures efficiently without impacting data availability. When a drive fails within a DDP and there is no free capacity, the data from the failed drive is rebuilt using preservation capacity within the DDP.
Dynamic Disk Pools use distributed sparing, which allows the spare capacity to be spread across all the drives in the pool rather than relying on dedicated hot spare drives. This distribution ensures that the rebuild process starts immediately and can be completed faster than traditional RAID systems because the workload is shared across more drives.
The preservation capacity is essentially reserved space within the DDP that can be utilized in the event of a drive failure to rebuild the data. This approach helps in maintaining redundancy and protecting data integrity even when a drive fails.
References:
* NetApp E-Series Storage System Documentation
* SANtricity System Manager User Guide


NEW QUESTION # 65
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