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Exam Overview
Exam ID: HPE7-J02
Exam Title: Advanced HPE Storage Integrator Solutions Written Exam
Awarded Certification: HPE Master ASE – Storage Integrator Solutions
Exam Type: Proctored
Duration: 1 hour 30 minutes
Length: 50 questions
Passing Score: 65%
The HPE7-J02 is the Advanced HPE Storage Integrator Solutions Written Exam which validates your ability to design and implement comprehensive, multi-site storage solutions. It is a 1-hour and 30-minute, proctored exam with 50 questions, requiring a 65% passing score. The exam includes multiple choice, matching, and drag-and-drop questions, often in a scenario-based format, and targets IT professionals with extensive experience in HPE storage solutions.
Who is the Exam For?
This exam is for IT professionals with significant hands-on experience in designing, integrating, and managing complex, multi-site storage solutions that align with customer requirements and HPE solutions.
Exam Content & Question Types
Content:
The exam validates your ability to translate customer needs into appropriate HPE storage solutions and deliver complex, multi-array, or multi-site storage configurations.
Question Formats:
Expect scenario-based multiple-choice (single and multiple response), matching, and drag-and-drop questions.
Preparation
Official Study Guide:
Consider the "HPE Master ASE – Storage Architect and Integrator Official Certification Study Guide" for preparation.
Course:
The exam is based on the "Advanced HPE Storage Solutions, Rev. 25.11" course.
Sample Question and Answers
QUESTION 1
Select the scenario where implementing FCoE would be an appropriate solution.
A. A large enterprise data center with existing Fibre Channel SANs is looking to reduce hardware
complexity and costs by consolidating their storage and production networks onto a single
infrastructure, while maintaining high performance for mission-critical applications.
B. A corporation needs to replicate data between data centers in different countries. The data must
be synchronized in real-time across a WAN, and the solution must tolerate variable network
conditions with minimal impact on performance.
C. A company with data centers in different states wants to establish a unified SAN infrastructure. The
goal is to centralize storage management across all sites, using a single protocol that can efficiently
handle high-latency, long-distance connections between data centers.
D. A tech startup is developing an AI-based application that relies heavily on machine learning
models. The team needs a solution that allows them to access and process large datasets in the cloud.
Answer: A
Explanation:
Detailed Explanatio n:
Rationale for Correct Answe r:
Option A is correct because Fibre Channel over Ethernet (FCoE) is designed for large enterprise
environments that already have Fibre Channel (FC) infrastructures but want to simplify cabling and
reduce hardware by converging LAN and SAN traffic over a single Ethernet fabric. FCoE retains the
efficiency, low latency, and reliability of Fibre Channel while leveraging Ethernet to minimize physical
infrastructure costs. This aligns with HPEs best practices for environments using HPE Alletra
9000/Primera or HPE Nimble arrays connected to converged networks where cost reduction and high
performance are equally important.
Analysis of Incorrect Options (Distractors):
B: Real-time replication across WANs requires protocols like HPE 3PAR/Alletra Remote Copy,
asynchronous/synchronous replication, or HPE Peer Persistence. FCoE is not suited for high-latency
WANs because it is a LAN protocol designed for short distances within a data center.
C: For inter-data center SAN unification, FCIP (Fibre Channel over IP) or iSCSI are more suitable. FCoE
does not handle long-distance high-latency links effectively.
D: A startup building AI applications with cloud workloads typically benefits from object storage (HPE
Scality RING, HPE GreenLake for File and Object) or direct cloud-native APIs (S3/Blob). FCoE is
irrelevant in this use case since it is on-prem and infrastructure-focused.
Key Concept:
The question is testing knowledge of FCoE and its appropriate deployment scenarios ” specifically,
its role in consolidating storage and network traffic inside enterprise data centers while preserving
Fibre Channel protocol advantages.
Reference:
S HPE Storage Networking Best Practices Guide
HPE Primera/Alletra 9000 Technical White Paper
Fibre Channel over Ethernet Standards Overview (IEEE 802.1Qbb, 802.1Qaz)
QUESTION 2
Your customer has deployed an HPE Alletra MP B10000 array in its virtualized environment. Data
protection follows 3-2-1 best practices, with snapshots on the array, Veeam v12 backups, and storage
on an external HPE StoreOnce appliance. Despite this, a ransomware attack made data recovery impossible.
Your customer asks how to enhance data protection with immutability and application consistency.
What is a possible solution using HPE Virtual Lock technology?
A. Enable Virtual Lock for each backup job inside Veeam v12
B. Enable Virtual Lock on the VMware datastores in VMware vCenter
C. Enable Virtual Lock on the HPE StoreOnce Catalyst stores
D. Enable Virtual Lock on the HPE Alletra storage array
Answer: C
Explanation:
Detailed Explanatio n:
Rationale for Correct Answe r:
Option C is correct because HPE StoreOnce Virtual Lock technology provides immutability at the
Catalyst store level, preventing backup data from being deleted or modified for a defined retention
period. This ensures ransomware or malicious actors cannot encrypt, alter, or delete the protected
backups, aligning with modern data protection requirements for immutability and compliance. In
integration with Veeam v12, backups stored on StoreOnce Catalyst stores can be locked, creating an
additional immutability layer beyond application-consistent snapshots.
Analysis of Incorrect Options (Distractors):
A: Virtual Lock is not a Veeam feature. While Veeam v12 supports immutability on certain storage
backends (object lock-enabled S3, hardened Linux repositories), HPE Virtual Lock is specific to
StoreOnce Catalyst stores, not Veeam job settings.
B: VMware vCenter datastores do not have a native immutability feature. Snapshots in vCenter can
be deleted or corrupted during ransomware events, making this option incorrect.
D: HPE Alletra arrays support application-consistent snapshots and replication, but they do not
provide the immutability guarantee that StoreOnce Virtual Lock enforces. Array-level snapshots can
still be deleted if admin credentials are compromised.
Key Concept:
This question targets knowledge of HPE StoreOnce Virtual Lock ” a feature designed to enforce
immutability on Catalyst backup stores, making backup data resistant to deletion or alteration during
ransomware or insider attacks.
Reference:
HPE StoreOnce Systems Technical White Paper
HPE StoreOnce and Veeam Integration Best Practices
HPE Data Protection Solutions for Ransomware Resilience Guide
QUESTION 3
You are troubleshooting a storage environment using HPE Alletra Storage MP B10000 in a Peer
Persistence configuration. A customer reports high latency when accessing data from applications.
When reviewing the MPIO path status on the host, what should be the path status for connections to
the storage array located in the remote data center?
A. Active Optimized
B. Passive
C. Active Non-optimized
D. Standby
Answer: C
Explanation:
Detailed Explanatio n:
Rationale for Correct Answe r:
In an HPE Peer Persistence configuration (supported on HPE Alletra MP, Primera, and 3PAR), hosts
see volumes presented from arrays at both sites. For optimal load balancing and transparent failover,
the local array paths are shown as oeActive Optimized while the remote array paths are marked
oeActive Non-optimized . The oeNon-optimized label indicates these paths are functional but involve
remote access with higher latency. This design ensures automatic transparent failover if the local site
becomes unavailable.
Distractors:
A: oeActive Optimized applies only to local array paths, not remote ones.
B: Passive paths are typical of ALUA implementations without Peer Persistence, not here.
D: oeStandby is not the term used in Peer Persistence multipathing.
Key Concept: MPIO with Peer Persistence (ALUA Active/Active configuration).
Reference: HPE Primera/Alletra Peer Persistence Best Practices Guide.