NetApp - ONTAP 9 Data Protection Administration (NA-DATAPROT9)

This course was designed to teach the core technologies of ONTAP 9.0 Data protection. You will learn how to implement and manage SnapMirror, SnapVault, SnapLock, SMV DR and NDMP technologies which are used to replicate and restore mission-critical data in the enterprise. The course also surveys real-world scenarios and use cases to teach you when to use each of the NetApp protection solutions. Backup and restore operations are taught using the command line and OnCommand System Manager. This course also provides an overview of the ONTAP 9.0 MetroCluster HA and disaster recovery software solution. Kurssprache ist Deutsch, Schulungsunterlagen in Englisch in digitaler Form. Empfohlenes Training für die Zertifizierung zum: NetApp Certified Data Administrator, ONTAP (NCDA CDOT). Im Kurspreis ist ein Voucher für ein NetApp Examen Ihrer Wahl enthalten. Dieses Seminar führen wir in Kooperation mit der Fast Lane GmbH durch.

• Module 1: ONTAP Integrated Data Protection
• Module 2: NetApp Mirroring Fundamentals
• Module 3: Implement SnapMirror Relationships
• Module 4: Disaster Recovery for Storage Virtual Machines
• Module 5: Disk-to-Disk Backup with SnapVault Software
• Module 6: SyncMirror and MetroCluster Software
• Module 7: NDMP and Tape Backup
• Labs:
• Ensure connectivity to your ONTAP cluster
• Synchronize system time for windows domains
• Assign a network time protocol (NTP) server for SVL-NAU and RTP-NAU
• Verify that required license codes are installed
• Create intercluster subnets and LIFs
• Prepare the storage environment on RTP-NAU as the secondary target
• Configure cluster peering
• Configure SVM peering
• Configure a SnapMirror relationship
• Verify data transfer
• Take the source volume offline
• Activate the destination volume
• Reactivate the original source volume
• Restore the original SnapMirror relationship
• Create an unscheduled Snapshot copy
• Configure storage virtual machine disaster recovery
• Check for space requirements
• Create the disaster-recovery SVM
• Create an SVM peer relationship
• Create the SVM SnapMirror relationship
• Failover to the disaster-recovery SVM
• Reverse the SnapMirror relationship
• Recover the primary SVM
• Create the SnapVault relationship
• Verify data transfer
• Simulate a disaster and recover data