NS0-526 NetApp Certified Implementation Engineer—Data Protection exam is the new NCIE-DP Certification test replacement of NS0-525 exam which has been retired. Passcert new released NCIE-DP NS0-526 Exam Dumps can not only provide you a wide coverage and good quality exam information to guarantee you to let you be ready to take this NS0-526 exam but also help you pass NetApp NS0-526 exam to get the certification.We ensure you pass your NetApp NS0-526 exam successfully in your first time.

The NS0-526 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.

We recommend that NetApp Certified Implementation Engineer—Data Protection candidates have six to 12 months of experience with: NetApp ONTAP replication technology, planning and implementing data protection solutions, configuring backup and recovery software, operating backup and disaster recovery deployments.

NCIE-DP logos and certificates will be granted to those individuals who successfully obtain NetApp Certified Data Administrator, ONTAP (NCDA) certification, then pass the NetApp Certified Implementation Engineer—Data Protection (NS0-526) exam. NCIE-Data Protection Specialist candidates must first achieve the NetApp Certified Data Administrator (NCDA) certification.

Describe how NetApp replication technology works.

Demonstrate how high-availability configurations work.

Describe the difference between synchronous and asynchronous replication.

Describe data protection solutions.

Demonstrate how to apply guidelines and use NetApp tools.

Describe the implementation steps for application- and virtualization-specific workloads, including Snapshot retention policies.

Demonstrate how to develop a course of action to recover customer data after a disaster.

Describe how to implement security related to data protection.

Describe how to plan for Data Protection in the data fabric.

Describe how to configure SnapCenter, Snapshots, SnapMirror policies, or MetroCluster.

Describe which tool to use to set up and manage storage and schedule policies.

Demonstrate how to back up or restore data.

Demonstrate how to locate or protect unprotected volumes.

Describe how to use orchestratration for failover and failback application servers.

Describe how to monitor primary or secondary storage capacities.

Describe how to use external NetApp or third-party backup and recovery solutions.

Describe how to verify that backup and replication jobs are up-to-date.

Demonstrate how to validate that a backup can be restored.

Describe strategies for implementing NetApp data protection products in the data fabric.

Demonstrate how to calculate transfer time based on the customer's available bandwidth or latency distance for NetApp data protection products.

Describe storage efficiency for data protection.

Demonstrate automation policies for managing volume capacity.

Describe monitoring or reporting concepts.

A. performance

B. metadata

C. licensed

D. capacity

A. Information Lifecycle Management

B. Inactive Data Reporting

C. Auto Balance

D. Object Store Profiler

A. SVM DR with the identity-preserve parameter enabled and a SnapMirror policy with the discard-configs network parameter.

B. SVM DR with the identity-preserve parameter enabled and the default SnapMirror policy.

C. SVM DR using the identity-preserve parameter enabled and then administratively take the data LIFs offline on the DR cluster.

D. SVM DR using the identity-preserve parameter disabled and the default SnapMirror policy.

A. Update load-sharing mirror.

B. Update the root volume policy.

C. Re-create the CIFS share.

D. Modify the CIFS share permissions.

A. SnapProtect v10

B. SnapDrive for Windows

C. On Command Unified Manager 6.0

D. SnapProtect iDataAgent

E. On Command Workflow Automation

A. OnCommand System Manager

B. OnCommand Cloud Manager

C. NetApp SnapCenter

D. OnCommand Workflow Automation