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HPE Compute Fundamentals Free Sample Questions

Description

Covers the HPE Compute portfolio and hardware components, iLO, UEFI, and Intelligent Provisioning, workload requirement assessment, presales sizing tools, and firmware updates.

12 free sample questions150 in the full practice test

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HPE0-S61 Sample Questions

  1. Question 1

    Intermediate

    Identify the HPE Compute Portfolio · Differentiate HPE Compute products

    An infrastructure architect is tasked with designing a new data center environment that requires fluid resource pools of compute, storage, and fabric. The environment must be managed as code via a single API to allow developers to rapidly provision bare-metal resources. Which HPE Compute product family is specifically engineered to meet these composability requirements?

    Answer and explanation

    Correct answer: C

    HPE Synergy is the industry's first composable infrastructure platform. It empowers IT to instantly provision fluid pools of compute, storage, and fabric using a unified API, making it ideal for Infrastructure as Code (IaC) environments. ProLiant DL is a traditional rack server, Apollo is optimized for dense storage/big data, and Edgeline is for edge computing.

  2. Question 2

    Advanced

    Identify the HPE Compute Portfolio · Explain the GreenLake strategy

    A global financial institution is planning a major hardware refresh. They require the security and control of an on-premises data center but want to transition from a traditional CAPEX purchasing model to a pay-per-use OPEX model to align infrastructure costs with actual business consumption.

    The CIO mandates that the solution must scale up instantly during end-of-quarter processing without requiring emergency procurement cycles. Furthermore, the capacity management and metering should be handled transparently by the vendor.

    Which HPE strategy and service delivery model should the presales architect position to satisfy these financial and operational constraints?

    graph TD A[Customer Needs] --> B(On-Premises Security) A --> C(OPEX Financial Model) A --> D(Instant Scalability) B --> E{HPE Solution} C --> E D --> E E --> F[HPE GreenLake]
    Answer and explanation

    Correct answer: C

    HPE GreenLake is HPE's premier edge-to-cloud platform that delivers IT as a service. It provides the cloud experience (pay-per-use, OPEX, scalable capacity) while maintaining the security, governance, and latency benefits of keeping hardware on-premises. Pointnext Complete Care is a support service, OneView is a management tool, and Compute Ops Management is a SaaS management platform, none of which change the financial procurement model to OPEX consumption.

  3. Question 3

    Intermediate

    Identify HPE Compute Components · Distinguish HPE Compute components

    While configuring a new HPE ProLiant Gen11 server for a database workload, a technician needs to select a storage controller. The workload demands hardware-based RAID with Flash-Backed Write Cache (FBWC) to ensure maximum performance and data protection during unexpected power loss.

    Which type of HPE Smart Array or Tri-Mode controller should be specified?

    Answer and explanation

    Correct answer: B

    HPE Performance (P-series) controllers, and their Gen11 Broadcom MR/SR equivalent high-end models, include hardware RAID capabilities and Flash-Backed Write Cache (FBWC). Essential (E-series) controllers provide basic mixed-mode or software RAID without cache. S-series denotes software RAID. VROC is Intel's Virtual RAID on CPU, which does not utilize discrete hardware cache modules.

  4. Question 4

    Beginner

    Identify HPE Compute Components · Distinguish HPE Compute components

    A customer is standardizing their network interface form factors across all new HPE ProLiant Gen11 servers. They want to avoid consuming standard PCIe expansion slots for networking while maintaining compliance with modern open hardware standards.

    Which network adapter form factor fulfills this requirement?

    Answer and explanation

    Correct answer: D

    HPE ProLiant Gen10 Plus and Gen11 servers utilize the OCP 3.0 (Open Compute Project) form factor for integrated networking. This allows administrators to add robust networking capabilities without sacrificing standard PCIe expansion slots. FlexibleLOM was the proprietary standard used in earlier generations (Gen9/Gen10), while Mezzanine cards are specific to blade architecture like Synergy.

  5. Question 5

    IntermediateMultiple answers

    Identify HPE Compute Components · Describe the advantages of HPE components

    When comparing HPE SmartMemory to generic third-party DIMMs, which TWO specific advantages does the HPE-authenticated memory provide within an HPE ProLiant environment? (Select TWO)

    Answer and explanation

    Correct answers: A, E

    HPE SmartMemory provides cryptographic signatures that authenticate the memory with the system. This allows the HPE Active Health System and iLO to monitor the DIMMs deeply, enabling features like HPE Fast Fault Tolerance which predicts and mitigates memory errors before they cause a system crash.

    HPE SmartMemory is tested and tuned specifically for HPE servers. It unlocks extended performance features, allowing memory to run at higher speeds or lower latencies than industry standards might dictate for generic memory. It also integrates with HPE Active Health System for advanced error prediction (Fast Fault Tolerance). You cannot mix DDR generations, nor does it bypass physical CPU limitations.

  6. Question 6

    Intermediate

    Identify HPE Compute Components · Distinguish HPE Compute components

    A technician is upgrading the memory in an HPE ProLiant DL380 server. To ensure optimal memory bandwidth and performance, which best practice must the technician follow regarding DIMM population?

    Answer and explanation

    Correct answer: D

    To achieve optimal performance, memory must be balanced. This means populating DIMMs evenly across all available memory channels for every installed processor. Installing all memory on one processor creates severe NUMA bottlenecks. Mixing capacities within a channel or disregarding channel architecture leads to unbalanced configurations and degraded memory bandwidth.

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