NVMe Performance at Scale
Accelerated Data Reduction (ADR) and all-NVMe VSP 5000 platforms are meeting the sub-millisecond latency demands of AI, analytics, and mission-critical OLTP workloads.
Build implementation-level expertise across Hitachi VSP 5000 block storage architecture, design, deployment, integration, management, and support — from HDP pool design and external virtualisation to Ops Center, encryption, and Global Support Center escalation workflows.
HCE-5700 focuses on planning and implementing Hitachi VSP 5000 block storage environments. The learning path connects VSP architecture and ADR hardware concepts, HDP pool and VSM design, initial deployment and encryption, Ops Center integration with host connectivity, performance monitoring, and Global Support Center escalation into one complete implementation workflow.
The result is an end-to-end block storage skill set: from validating server storage configurations before deployment to extracting Analyzer reports and uploading diagnostic data to resolve production issues.
The architecture problems behind this syllabus — NVMe performance at scale, unified management, enterprise consolidation, and data security — remain central to modern storage infrastructure design.
Accelerated Data Reduction (ADR) and all-NVMe VSP 5000 platforms are meeting the sub-millisecond latency demands of AI, analytics, and mission-critical OLTP workloads.
External virtualisation and Virtual Storage Machine (VSM) capabilities allow organisations to consolidate heterogeneous storage under a single VSP management layer.
Hitachi Ops Center Administrator and Analyzer bring unified provisioning, performance analytics, and alert management into a single pane of glass for operations teams.
Data-at-rest encryption and security hardening on enterprise block storage systems are increasingly mandatory for compliance, regulated-industry deployments, and government contracts.
Design HDP pools, external virtualisation strategies, and VSM configurations that align with enterprise workload requirements and host connectivity best practices.
Deploy VSP 5000 systems from initial configuration through production handover — including encryption setup, Ops Center implementation, and testing documentation.
Integrate VSP systems into Ops Center, connect FC and iSCSI hosts across operating system environments, and onboard third-party products for unified management.
Monitor block storage performance using Ops Center Analyzer dashboards, define alert and notification thresholds, and use available management interfaces for day-to-day operations.
Identify hardware issues and performance bottlenecks, extract Analyzer diagnostic reports, and collect and upload information to the Global Support Center for case resolution.
Validate supported server storage configurations and use Hitachi sizing tools to ensure solutions meet performance, capacity, and availability requirements before deployment.
Open a module to explore the objectives. Only one module stays open at a time for clean navigation of this technical syllabus.
Professionals implementing VSP 5000 block storage, configuring HDP pools, and connecting host environments for production workloads.
Architects designing VSM and external virtualisation strategies that consolidate heterogeneous storage under Hitachi infrastructure.
Ops engineers managing Hitachi block storage day-to-day using Ops Center Administrator, Analyzer, and performance monitoring tools.
Support specialists who diagnose hardware issues, collect diagnostics, and escalate to the Global Support Center for resolution.
Explore all six technical modules and speak with Zetlan Technologies about the right learning path for your block storage infrastructure goals.