HPE ATP Storage Solutions study plan

Map every current HPE storage product family (Primera, Alletra, Nimble, MSA, StoreOnce, StoreEver, XP, SimpliVity, GreenLake for storage) to its target workload and deployment model

Explain the architectural differences between scale-up block arrays, scale-out file/object platforms, and hyperconverged infrastructure, with one HPE example per category

Compare HPE storage positioning against one competing vendor line in each tier (entry, midrange, high-end) using only public HPE material

Build a one-page comparison table of Alletra 5000/6000/9000, Primera, and Nimble covering controllers, media, protocols, and replication

Describe how HPE GreenLake changes the consumption model for storage and which products are available through it

Diagram the data path for a write from host HBA through SAN fabric to an HPE array controller, cache, and media, labeling each handoff

Explain RAID 5, RAID 6, RAID 10, and triple-parity RAID trade-offs in capacity, rebuild time, and IOPS overhead

Contrast Fibre Channel, iSCSI, NVMe-oF/TCP, and SAS by latency, topology, and typical HPE use case

Describe thin provisioning, deduplication, compression, snapshots, and clones at the architectural level and where each is implemented in HPE arrays

Identify which workload characteristics (IOPS, throughput, latency, read/write mix, block size) drive each architecture decision

Gather and interpret workload requirements from a sample customer brief: capacity, growth rate, IOPS, latency SLO, RPO/RTO, and protocol

Size an HPE array for a given workload using usable-capacity math that accounts for RAID overhead, sparing, snapshots, and deduplication ratios

Design a SAN fabric with the correct number of switches, ISLs, zoning approach, and multipath configuration for a two-site requirement

Select replication topology (synchronous, asynchronous, active-peer) for stated RPO/RTO targets and justify the choice

Produce a bill of materials and an assumptions/risks list for the design

Write the pre-installation checklist: rack space, power, cooling, IP addressing, zoning, firmware baseline, and licensing

Walk through array initialization, controller pairing, and storage pool creation in a lab or simulator environment

Configure host initiators, zoning, and multipath so a Linux and a Windows host each see the LUN with redundant paths

Create and present a LUN with the correct provisioning type, ownership, and access controls

Validate the deployment with the vendor health-check tool and document the as-built configuration

Configure replication between two arrays (or simulated peers) and verify failover and failback

Set up snapshot schedules and retention policies that meet a stated RPO, then test a restore

Install and configure the management and monitoring stack (array management UI, HPE InfoSight/CloudPhysics-style telemetry, and alert forwarding to a syslog or SNMP target)

Integrate an HPE array with a backup application using a storage snapshot provider and verify an application-consistent backup

Document the operational runbook: health checks, alert thresholds, patch cadence, and escalation path

Interpret array performance metrics (IOPS, latency, queue depth, cache hit ratio, port utilization) from a sample telemetry export and identify the bottleneck tier

Diagnose three common failure classes: path failure, controller failover, and capacity exhaustion, listing the first three diagnostic steps for each

Use log bundles, event logs, and health-check output to build a root-cause statement for a simulated incident

Explain how to tune multipath, queue depth, and host I/O settings to resolve a latency issue without over-provisioning

Describe the performance impact of snapshots, deduplication, and replication on a production workload

Integrate an HPE storage solution with at least two adjacent technologies: virtualization (VMware or Hyper-V), backup software, or a private cloud stack

Design a solution for a mixed workload customer scenario that combines block, file, and backup targets, and defend the trade-offs

Present a 10-minute customer-facing solution pitch covering requirements, design, cost drivers, and risk mitigation

Review the full exam blueprint and list any domain where your practice scores are below 75%

Close knowledge gaps by re-reading the relevant HPE product documentation for the weakest two domains

Complete a full-length timed practice exam and score every domain

Re-study the two lowest-scoring domains using the gap list from week 7

Re-derive the product-to-workload matrix, capacity math, and replication decision rules from memory

Practice explaining five troubleshooting scenarios aloud in under two minutes each

Finalize a one-page exam-day reference sheet of formulas, port numbers, and product facts