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Hitachi Vantara HCE-3210 Exam Certification Details:
| Exam Code | HCE-3210 NAS Solutions Architect |
| Duration | 90 minutes |
| Number of Questions | 60 |
| Exam Price | $225 USD |
| Passing Score | 66% |
| Sample Questions | Hitachi Vantara HCE-3210 Sample Questions |
| Exam Name | NAS Solutions Architect Specialist |
| Exam Registration | PEARSON VUE |
| Recommended Training | THE1977 Hitachi Vantara Architect - Hitachi NAS Platform course (6h vILT) |
Hitachi Vantara HCE-3210 Exam Topics:
| Section | Objectives |
|---|---|
| Understanding NAS environments, concepts and technologies | -Describe the hardware media-type requirements for integration of a NAS Platform. -Describe Hitachi best practices for SAN and DAS storage-port configurations. -Describe the NAS Platform storage pool concepts. -Describe the NAS Platform file-system concepts. -Describe file-system architectures and access protocols. -Demonstrate how to integrate a NAS Platform solution with SMB and/or NFS authentication services. -Demonstrate how the Enterprise Virtual Server allows integration of a NAS Platform solution with separate domains. -Identify Ethernet switch infrastructure requirements for integration of a NAS Platform. -Describe file tiering concepts using data migrator in a NAS Platform. |
| Designing a Hitachi NAS Platform data protection solution for single or multi-site environments. | -Demonstrate how to architect a NAS Platform solution using snapshot technology. -Demonstrate how to architect a NAS Platform solution using file replication technology. -Demonstrate how to architect a NAS Platform solution using object-based replication technology. -Demonstrate how to architect a NAS Platform solution using array-based replication technology. -Demonstrate how to design a NAS Platform solution for a site failover -Demonstrate how to integrate a NAS Platform solution with backup-and-restore software. -Demonstrate how to select the appropriate replication technology. -Demonstrate how to architect a NAS Platform stretched-cluster using global-active device. |
| Understanding Hitachi NAS Platform system management tools | -Describe the NAS Platform management and administration tools. -Demonstrate how to integrate NAS Platform with storage management and monitoring tools. |
| Understanding the customer's business requirements and assessing the environment | -Describe the relevant business related information to be collected from the customer prior to architecting a solution. -Describe the process to size a NAS Platform storage solution to meet the customer'sperformance requirements. -Describe relevant configuration information to be collected when using existing storage systems in a new NAS Platform solution. -Demonstrate knowledge of NAS Platform software licenses and bundles to meet the solution requirements. -Demonstrate an understanding of the impact of microcode upgrades on a NAS Platform solution. |
| Solution design best practices | -Describe scalability requirements when designing a NAS Platform solution. -Describe storage-capacity planning requirements when designing a NAS Platform solution. -Demonstrate knowledge of Fibre Channel storage array performance when sizing and designing a NAS Platform solution. -For NAS Platform, describe how to design and configure system drives, storage pools, file systems, and enterprise virtual servers. -Demonstrate how to design an Ethernet network infrastructure solution for a NAS Platform. -Identify design considerations when using anti-virus software with NAS Platform. -Describe NAS Platform model-dependent differences when designing a solution. -Demonstrate ability to assess the customer infrastructure to identify potential points of contention in a consolidation scenario. -Demonstrate how to architect a NAS Platform solution for a migration/consolidation scenario. -Demonstrate how to design a disaster-resilient cluster. |
