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Hitachi Vantara HCE-3700 Exam Syllabus

Hitachi Vantara HCE-3700 Exam

Hitachi Vantara Certified Expert - Performance Architect

Total Questions: 60

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Hitachi Vantara HCE-3700 Exam Overview :

Exam Name Hitachi Vantara Certified Expert - Performance Architect
Exam Code HCE-3700
Actual Exam Duration 90 minutes
Expected no. of Questions in Actual Exam 60
Official Information https://www.hitachivantara.com/en-us/pdf/training/performance-architect-hce-3700-exam.pdf
See Expected Questions Hitachi Vantara HCE-3700 Expected Questions in Actual Exam
Take Self-Assessment Use Hitachi Vantara HCE-3700 Practice Test to Assess your preparation - Save Time and Reduce Chances of Failure

Hitachi Vantara HCE-3700 Exam Topics :

Section Objectives
Section 1- Storage Systems Architecture 1.1    Describe common performance expectations and measurement criteria.
1.2    Describe storage media characteristics and features that influence performance.
1.3    Identify the performance characteristics of the different RAID levels available with Hitachi storage systems.
1.4    Identify the characteristics of Hitachi storage systems processing and path architecture that relate to performance optimization.
1.5    Identify the characteristics of Hitachi storage systems cache architecture that relate to performance optimization.
1.6    Demonstrate understanding of connectivity between the host and the storage array as it relates to performance.
Section 2- Pools, Tiers and Workload Profiles
2.1    Identify the performance-related data to be collected prior to a design.
2.2    Describe the characteristics and principles of tiering and non-tiering pools, and how to choose between them.
2.3    Demonstrate understanding of workload profiling for the design of storage pools and tiers.
2.4    Demonstrate knowledge of Hitachi Dynamic Provisioning and Hitachi Dynamic Tiering concepts as they relate to customer requirements.
2.5    Demonstrate how to define and apply Hitachi Dynamic Provisioning strategies, and how to monitor performance to meet customer needs and expectations.
2.6    Demonstrate how to define and apply Hitachi Dynamic Tiering strategies, and how to monitor performance to meet customer needs and expectations.
Section 3- Storage Virtualization 3.1    Describe Hitachi Vantara recommended practices for the deployment of virtualized storage solutions.
3.2    Describe the performance aspects of cache partitions as they relate to virtualized storage solutions.
3.3    Demonstrate the performance aspects of Hitachi Dynamic Provisioning with virtualized storage solutions.
3.4    Demonstrate the performance aspects of Hitachi Dynamic Tiering with virtualized storage solutions.
Section 4- Performance Tools and Data Acquisition 4.1    Identify industry-standard tools used for performance-data monitoring, data collection, data analysis and workload simulation.
4.2    Demonstrate how to apply workload profile information to industry-standard workload generators.
4.3    Describe the performance and configuration data that Hitachi Performance Monitor and Hitachi Tuning Manager collect.
4.4    Demonstrate how to review Hitachi Dynamic Tiering performance data from Hitachi Performance Monitor and Hitachi Tuning Manager.
4.5    Describe the data to be collected to size Hitachi storage solutions to meet customer performance requirements and utilization expectations.
4.6    Describe the data to be collected when planning for capacity growth and performance for Hitachi storage systems.
Section 5- Solution Design and Deployment Planning 5.1    Describe Hitachi Vantara recommended design practices when sizing and configuring Hitachi storage systems for industry-standard database applications.
5.2    Describe Hitachi Vantara recommended design practices when sizing and configuring Hitachi storage systems for non-database application workloads.
5.3    Demonstrate your ability to configure Hitachi storage system capacity for planned growth while maintaining the customer's performance requirements.
5.4    Describe how path management software load-balancing algorithms are used tooptimize storage performance.
5.5    Describe concepts of logical devices, LUNs per port, and queuing as they relate to performance.
Section 6- Monitoring and Troubleshooting 6.1    Describe common,generic principles/concepts used to analyze performance data, isolate bottlenecks andtroubleshoot performance-related problems.
6.2    Describe the Hitachi products and services that are available to investigate and identify performance problems.
6.3    Describe how to analyze performance data, isolate bottlenecks and troubleshoot performance-related problems of Hitachi storage systems.
6.4    Describe how to recognize a replication-related performance problem.
6.5    Describe how to troubleshoot performance issues outside of the storage array.

Updates in the Hitachi Vantara HCE-3700 Exam Syllabus:

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