HPE7-V01 Advanced HPE Edge-to-Cloud Solutions Written Exam Practice Questions
Prepare for HPE7-V01 with more than an answer.
- Time limit
- 90 minutes
- Questions on the exam
- 50
- Passing score
- 65%
- Level
- Master
Domains covered on the exam 6
- Describe, differentiate,and apply IT industry trends,standard architectures,technologies,and cloud delivery models.15%
- Gatherandanalyzecustomerbusinessandtechnicalrequirements20%
- RecommendandpositionHPEofferingsforcustomerusecases21%
- ArchitectanddesignanHPEsolutionbasedoncustomerneeds20%
- PresentandDemonstratethesolutiontothecustomerandcoordinateimplementationplanning4%
- DemonstrateanunderstandingofongoingEnhancements(upgrade,migrate,optimize,etc.)20%
- 1
An architect is tasked with gathering requirements for a customer's migration to an HPE GreenLake Private Cloud Enterprise (PCE) solution. Which TWO pieces of technical data are essential to collect during the assessment phase to ensure accurate sizing and pricing? (Select TWO)
Show answer details
Correct answer: A, C
Understanding existing hypervisor licensing (like VMware or AHV) is critical because it impacts the software stack costs and architectural choices within the GreenLake PCE deployment.
Historical peak utilization data for CPU and memory is essential to establish the baseline commit (Reserve) and the variable capacity (Buffer) required for accurate GreenLake sizing and pricing.
- 2
A customer expects their data storage needs to grow by 30% annually over the next three years due to a new AI initiative. They currently have 100 TB of usable data. Which requirement must the architect prioritize when designing the storage solution?
Show answer details
Correct answer: B
With 30% annual growth, 100 TB becomes ~130 TB in Year 1, ~169 TB in Year 2, and ~220 TB in Year 3. The architecture must be able to scale non-disruptively to meet this three-year projection without requiring a forklift upgrade.
- 3
Based on the collected metrics, the web servers are showing low CPU utilization, but the database server is experiencing high I/O wait times and network queues. What is the most likely technical requirement that needs to be addressed in the new design?
graph LR Client -->|High Latency| LB[Load Balancer] LB --> Web1[Web Server 1: CPU 20%] LB --> Web2[Web Server 2: CPU 22%] Web1 -->|Slow Query| DB[(Database Server: I/O Wait 60%)] Web2 -->|Slow Query| DBShow answer details
Correct answer: C
The diagram and metrics indicate the bottleneck is at the database layer, specifically involving I/O wait (storage) and network queues. Adding web servers will not fix a backend database storage issue. The technical requirement is to increase database storage performance (e.g., using NVMe) and ensure the network path to the DB is optimized.
- 4
A retail enterprise is evaluating migrating their customer loyalty program to a hybrid cloud model. Which statement best describes a primary business value of adopting a hybrid cloud model over a strictly public cloud approach for this specific workload?
Show answer details
Correct answer: C
A hybrid cloud model allows an organization to place workloads where they make the most sense. Sensitive data (like PII in a loyalty program) can be kept on-premises to mitigate risk and ensure compliance (data sovereignty), while the front-end compute can burst to the public cloud during high-traffic events, optimizing costs.
- 5
An architect is analyzing a financial risk modeling workload. The workload is highly parallelized, runs predictably at the end of each month, and requires massive compute resources for short durations. How should the architect optimize the delivery model for this specific workload to balance price and performance?
Show answer details
Correct answer: D
For workloads with predictable, massive spikes and low baseline usage, a consumption model like HPE GreenLake is ideal. It allows the customer to pay only for the high capacity when it is used (during the end-of-month processing) while maintaining a low baseline commit, perfectly balancing price and performance without over-provisioning CapEx hardware.
- 6
A customer is designing a new storage architecture and is comparing the HPE Alletra MP platform with traditional monolithic storage arrays. Which TWO characteristics differentiate the HPE Alletra MP architecture from traditional dual-controller storage architectures when optimizing for complex, mixed workloads? (Select TWO)
Show answer details
Correct answer: A, B
The shared-everything design means that in a multi-node Alletra MP cluster, every compute node has active-active, non-disruptive access to every SSD in the backend JBOFs, providing massive parallel performance for mixed workloads.
graph TD subgraph Traditional Dual-Controller C1[Controller Node 0] --- C2[Controller Node 1] C1 --> D1[(Drive Enclosure)] C2 --> D1 end subgraph HPE Alletra MP Disaggregated CN1[Compute Node] --- Switch[NVMe Switch Fabric] CN2[Compute Node] --- Switch CN3[Compute Node] --- Switch Switch --- JBOF1[(Storage JBOF)] Switch --- JBOF2[(Storage JBOF)] endHPE Alletra MP features a disaggregated architecture where compute nodes and storage JBOFs are connected via an NVMe switch fabric. This allows organizations to scale performance (adding compute nodes) independently of capacity (adding storage JBOFs), which is a key differentiator from traditional dual-controller arrays.
