{"id":3492,"date":"2022-04-06T07:59:31","date_gmt":"2022-04-06T06:59:31","guid":{"rendered":"https:\/\/republify.se\/?post_type=product&p=3492"},"modified":"2022-04-06T07:59:34","modified_gmt":"2022-04-06T06:59:34","slug":"managing-hpe-3par-storeserv-ii-optimization-and-remote-replication","status":"publish","type":"product","link":"https:\/\/republify.se\/index.php\/produkt\/managing-hpe-3par-storeserv-ii-optimization-and-remote-replication\/","title":{"rendered":"Managing HPE 3PAR StoreServ II: Optimization and remote replication"},"content":{"rendered":"

The Managing HPE 3PAR StoreServ II course is designed for the experienced HPE 3PAR administrator. The goal of the class is to acquaint the 3PAR administrator with additional topics and features of the HPE 3PAR array.\u00a0<\/strong><\/p>\n

The class is intended to be a follow-up to the Managing HPE 3PAR StoreServ I course.\u00a0This training reflects the newest release of the HPE 3PAR OS: 3.3.1. The course is approximately 60% lecture and 40% hands-on labs using HPE 3PAR arrays.<\/p>\n

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Objectives<\/h5>\n<\/div>\n<\/div>\n
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At the conclusion of this course the student should be able to:
\n\u2022 Work with Dynamic Optimization to change volumes characteristics (media type, raid level, etc.)
\n\u2022 Work with Adaptive Optimization to implement virtual volume tiering to save storage costs
\n\u2022 Work with Priority Optimization to prioritize higher priority workloads over lower priority workloads
\n\u2022 Use Remote Copy to replicate data between arrays
\n\u2022 Understand the Peer Persistence high availability feature when used in conjunction with Remote Copy
\n\u2022 Migrate data between arrays using Peer Motion in a Storage Federation<\/p>\n

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Audience<\/h5>\n<\/div>\n<\/div>\n
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HPE 3PAR administrators who desire additional training on the advanced features of the HPE 3PAR array.<\/p>\n

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Prerequisites<\/h5>\n<\/div>\n<\/div>\n
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\u2022 An understanding of general storage concepts
\n\u2022 Successful completion of the Managing HPE 3PAR StoreServ I course
\n\u2022 Operator level functionality in a Windows environment<\/p>\n

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Programme<\/h5>\n<\/div>\n<\/div>\n
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Dynamic Optimization
\n\u2022 Introduction to the Dynamic Optimization feature and its benefits: changing raid levels, media types and set sizes using DO
\n\u2022 Dynamic Optimization use cases: cost, availability, and performance
\n\u2022 Using SSMC and the CLI to tune a volume\u2019s user space and copy space
\n\u2022 Performing a DO tune and converting a volume simultaneously
\n\u2022 Dynamic Optimization troubleshooting: performing a Restart and Rollback<\/p>\n

Adaptive Optimization
\n\u2022 Introduction to the Adaptive Optimization feature and using AO to balance performance and cost
\n\u2022 Dynamic Optimization vs. Adaptive Optimization
\n\u2022 Components of AO: the 128MG region, region movement, region analysis
\n\u2022 AO sizing goals and the AO algorithm
\n\u2022 Configuring AO and managing AO using the SSMC GUI and the CLI
\n\u2022 Monitoring AO and looking at AO effectiveness
\n\u2022 AO latency thresholds
\n\u2022 AO best practices
\n\u2022 AO reports in SSMC<\/p>\n

Priority Optimization
\n\u2022 Introduction to Priority Optimization and Quality of Service implementation
\n\u2022 Priority Optimization use cases
\n\u2022 Priority Optimization: how it works
\n\u2022 Priority Optimization configuration using SSMC and the CLI
\n\u2022 Priority Optimization using Priorities and the System Busy level
\n\u2022 Using Latency Goals with Priority Optimization
\n\u2022 Performance considerations and Priority Optimization
\n\u2022 Priority Optimization monitoring using SSMC and CLI commands<\/p>\n

Remote Copy
\n\u2022 Introduction to replication principles and Remote Copy
\n\u2022 Replication using RCIP and RCFC protocols
\n\u2022 Replication and thin provisioning, dedup, and compression
\n\u2022 Remote copy groups and data integrity
\n\u2022 Remote copy modes: Synchronous, Periodic Asynchronous, and Async Streaming
\n\u2022 Replication using Remote Copy between three arrays using Synchronous Long Distance modes
\n\u2022 Remote Copy configurations: One-to-Many, Many-to-One, and M-to-N
\n\u2022 Remote Copy failure scenarios
\n\u2022 Failing over a remote copy group
\n\u2022 Remote copy configuration and administration using SSMC and the CLI<\/p>\n

Peer Persistence
\n\u2022 Introduction to Peer Persistence and using Peer Persistence with Remote Copy
\n\u2022 Using Peer Persistence for disaster tolerant data and load balancing
\n\u2022 Performing an Automatic Transparent failover using Quorum Witness or a Manual Transparent failover
\n\u2022 Quorum Witness details and requirements
\n\u2022 Failover scenarios with Peer Persistence
\n\u2022 Peer Persistence path management
\n\u2022 3DC (3 Data Center) Peer Persistence
\n\u2022 Peer Persistence vs. Synchronous Long Distance<\/p>\n

Storage Federation with Peer Motion
\n\u2022 Data Migration concepts using Peer Motion
\n\u2022 Bi-directional migration using Storage Federation
\n\u2022 Migration of data using Peer Motion using SSMC
\n\u2022 Storage Federation use cases and features
\n\u2022 Storage Federation supported configurations
\n\u2022\u2022 Migration of data using the PMU CLI<\/p>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n

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Kursen levereras i samarbete med<\/h3>\n

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Kontakta oss om denna kurs<\/h2>\n