Exam : HPE0-S62
Title : HPE Compute Architect
https://www.passcert.com/HPE0-S62.html
1/8
, 1.A hospital is evaluating an on-premises AI inference environment for radiology images. Images
originate at two sites, patient data must remain local, and the team expects the pilot to grow if it meets
clinical targets.
Before selecting an HPE architecture, which TWO discovery inputs are most important to document?
Select TWO answers.
A. The inference-latency target and the network or connectivity constraints between the sites
B. The current and forecast AI workload, including expected growth and success criteria
C. The preferred desktop monitor vendor for radiologists
D. The final GPU clock speed before the team has described the models to be used
Answer: A and B
Explanation:
An architect should first establish the business outcome, workload characteristics, growth expectation,
data-locality requirement, and relevant connectivity constraints. Those inputs determine whether a
proposed solution can meet the intended clinical outcome. A display-vendor preference does not drive
the compute architecture. Selecting a detailed GPU characteristic before qualifying the workload
reverses the design process.
Blueprint objective: 1 — Determine the customer business needs, requirements, and desired outcomes.
Sub-objective: Determine customer requirements before selecting an HPE solution.
Bloom level: Analyze.
References: HPE Compute Solutions, Rev. 26.21 — design and customer-requirements objectives
2.An organization wants a common cloud-based operating model for a fleet that includes supported HPE
servers and several third-party servers. The architect is documenting the onboarding approach described
in the HPE Compute Solutions, Rev. 26.21 course.
Which TWO statements are correct? Select TWO answers.
A. Supported HPE servers can be onboarded for direct management by HPE Compute Ops
Management.
B. Third-party servers can be onboarded for credential-based management.
C. Third-party servers must be converted to HPE hardware before they can be monitored.
D. HPE Synergy Image Streamer is required before any server can be onboarded.
Answer: A and B
Explanation:
The course distinguishes direct management onboarding for HPE servers from credential-based
management onboarding for third-party servers. That distinction lets the architect plan a mixed
environment without claiming identical lifecycle capabilities for every system. Replacing third-party
hardware is not an onboarding requirement, and Image Streamer is a Synergy deployment component
rather than a prerequisite for Compute Ops Management onboarding.
Blueprint objective: 2 — Describe the benefits of HPE Compute Ops Management integrations.
Sub-objective: Identify management approaches for HPE and third-party servers.
Bloom level: Apply.
References: HPE Compute Solutions, Rev. 26.21 — Compute Ops Management onboarding; HPE
Compute Ops Management overview
3.A customer is designing a production HPE Synergy environment that uses Image Streamer for
2/8
Title : HPE Compute Architect
https://www.passcert.com/HPE0-S62.html
1/8
, 1.A hospital is evaluating an on-premises AI inference environment for radiology images. Images
originate at two sites, patient data must remain local, and the team expects the pilot to grow if it meets
clinical targets.
Before selecting an HPE architecture, which TWO discovery inputs are most important to document?
Select TWO answers.
A. The inference-latency target and the network or connectivity constraints between the sites
B. The current and forecast AI workload, including expected growth and success criteria
C. The preferred desktop monitor vendor for radiologists
D. The final GPU clock speed before the team has described the models to be used
Answer: A and B
Explanation:
An architect should first establish the business outcome, workload characteristics, growth expectation,
data-locality requirement, and relevant connectivity constraints. Those inputs determine whether a
proposed solution can meet the intended clinical outcome. A display-vendor preference does not drive
the compute architecture. Selecting a detailed GPU characteristic before qualifying the workload
reverses the design process.
Blueprint objective: 1 — Determine the customer business needs, requirements, and desired outcomes.
Sub-objective: Determine customer requirements before selecting an HPE solution.
Bloom level: Analyze.
References: HPE Compute Solutions, Rev. 26.21 — design and customer-requirements objectives
2.An organization wants a common cloud-based operating model for a fleet that includes supported HPE
servers and several third-party servers. The architect is documenting the onboarding approach described
in the HPE Compute Solutions, Rev. 26.21 course.
Which TWO statements are correct? Select TWO answers.
A. Supported HPE servers can be onboarded for direct management by HPE Compute Ops
Management.
B. Third-party servers can be onboarded for credential-based management.
C. Third-party servers must be converted to HPE hardware before they can be monitored.
D. HPE Synergy Image Streamer is required before any server can be onboarded.
Answer: A and B
Explanation:
The course distinguishes direct management onboarding for HPE servers from credential-based
management onboarding for third-party servers. That distinction lets the architect plan a mixed
environment without claiming identical lifecycle capabilities for every system. Replacing third-party
hardware is not an onboarding requirement, and Image Streamer is a Synergy deployment component
rather than a prerequisite for Compute Ops Management onboarding.
Blueprint objective: 2 — Describe the benefits of HPE Compute Ops Management integrations.
Sub-objective: Identify management approaches for HPE and third-party servers.
Bloom level: Apply.
References: HPE Compute Solutions, Rev. 26.21 — Compute Ops Management onboarding; HPE
Compute Ops Management overview
3.A customer is designing a production HPE Synergy environment that uses Image Streamer for
2/8
