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| Section | Objectives |
|---|---|
| Topic 1: Exam Objective | - Design and architect advanced HPE solutions across Edge-to-Cloud environments - Consider all consumption models and hosting locations - Translate business requirements into complex, multi-site solutions |
| Topic 2: Core Knowledge Areas | - HPE GreenLake and cloud service models - Edge-to-Cloud workloads integration and architecture - Scenario-based problem solving and application - Solution planning and positioning HPE products and services - Compute, storage, and networking solution design |
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NEW QUESTION # 66
Your customer has requested a solution with HPE Alletra Storage MP B10000 that needs four SFP28 ports per node, for iSCSI connectivity.
A junior architect has prepared a BOM for the solution.
What needs to be changed in the BOM to meet the requirement?
Answer: D
Explanation:
The correct answer is C. The customer requirement is explicit: four SFP28 iSCSI ports per controller node. An HPE Alletra Storage MP B10000 controller pair has two nodes, so the design requires eight usable SFP28 optical connections in total when all four 25GbE ports on each node are to be populated.
The BOM already includes the Ethernet host bus adapters required for the iSCSI personality; the gap is the number of optical transceivers. HPE Alletra Storage MP B10000 supports host-port configuration by node, and HPE QuickSpecs list host port limits by controller model. HPE also identifies the 10/25GbE 4-port Host Bus Adapter as the correct Ethernet HBA class for Alletra Storage MP connectivity, while the Q2P64B item is the 25Gb SFP28 short-wave extended-temperature optical transceiver. Option A incorrectly removes the HBAs. Option B adds unnecessary HBAs instead of completing the optics population. Option D replaces adapters unnecessarily when the correct Ethernet HBA capacity is already present. The required correction is to add the missing four SFP28 transceivers so that all eight 25GbE ports can be used for iSCSI. Reference/topics: B10000 host-port sizing, iSCSI connectivity, SFP28 transceiver validation, BOM review.
NEW QUESTION # 67
Your customer is planning to deploy several HPE ProLiant DL360 Gen11 servers with Windows Server 2025, for a bare-metal use case with no hypervisors.
The customer is concerned about the time it takes to scan and deploy the servers for new firmware and driver updates.
What HPE management tool can be used in this scenario to apply firmware updates to servers, with direct integration to HPE repositories?
Answer: B
Explanation:
The correct answer is B. HPE Compute Ops Management is the correct cloud-based management service for fleet-level HPE ProLiant lifecycle operations, including firmware baseline management and update execution. HPE describes Compute Ops Management as supporting HPE ProLiant ML/DL
/MicroServer Gen10, Gen10 Plus, and Gen11 servers with iLO 5 and later, and includes automatic firmware-baseline update capability. HPE also provides firmware-update workflows for servers managed by Compute Ops Management. This fits the scenario precisely: bare-metal DL360 Gen11 servers, Windows Server installed directly, no hypervisor layer, and a requirement to reduce the operational time required to scan and deploy firmware/driver updates. HPE OneView is better suited for infrastructure managed through OneView domains and profiles, especially composable or converged environments. HPE iLO Amplifier is not the current strategic answer for GreenLake-era ProLiant fleet lifecycle management. Microsoft Endpoint Configuration Manager can manage operating system software, but it is not the HPE-native server firmware lifecycle tool with direct HPE repository integration. Reference/topics: HPE Compute Ops Management, ProLiant Gen11 lifecycle management, firmware baselines, HPE GreenLake cloud operations.
NEW QUESTION # 68
A customer wants to implement Zero Trust security principles across their HPE Aruba wired and wireless network, including dynamic segmentation of IoT devices. Which HPE Aruba solution component is most relevant to this requirement?
Answer: B
Explanation:
Aruba ClearPass (or its cloud-native equivalent within Aruba Central) provides policy-based network access control, device profiling, and Dynamic Segmentation, which enforces role-based access and traffic isolation for IoT and other endpoints without redesigning the physical network.
NEW QUESTION # 69
Refer to exhibit from a customer's Aruba CX switch.
show interface vxlan vni vteps
VNI : 150 VLAN : 150
Routing : Disabled VRF : default
Vxlan-status : operational
VTEPs
Origin Source Destination VTEP-STATUS
static 172.17.255.2 172.17.255.1 static operational
Which statement is true in this scenario?
Answer: A
Explanation:
The correct answer is A. The switch output clearly identifies the VTEP origin as "static," and the VNI is mapped to VLAN 150 with routing disabled. In ArubaOS-CX static VXLAN, the administrator manually configures the VXLAN interface, source IP address, VNI, and peer VTEP. Aruba documentation for static VXLAN states that the peer VTEP IP address is explicitly defined with the vtep-peer command. Option B describes EVPN-VXLAN behavior, where BGP EVPN is used as the control plane to advertise MAC/IP and VTEP reachability dynamically. That is not what the output shows; the displayed origin is static. Option C is unsupported by the exhibit because no license state or scale limit is shown. Option D is incorrect because VXLAN interoperability depends on protocol support, configuration, MTU, underlay reachability, and feature compatibility, not on both sites using the exact same CX switch model. Reference/topics: ArubaOS-CX VXLAN, static VTEP configuration, VNI-to-VLAN mapping, underlay/overlay validation.
NEW QUESTION # 70
Your customer has a networking environment based on Aruba CX 8325 switches configured with Quality of Service settings that give higher priority to iSCSI traffic between HPE ProLiant servers and HPE Alletra 6000 storage.
They are planning to add HPE Synergy frames with HPE Virtual Connect modules that will connect to the same Aruba infrastructure. The servers will be deployed in different VLANs. They need to update their environment to provide a lossless fabric for RoCE traffic that will traverse between the HPE Synergy frames and through multiple switches.
Your customer has two sets of Synergy frames in different logical enclosures connected with Aruba CX 8325 switches. They want to update their environment to provide a lossless fabric for RoCE traffic.
What is the correct environmental or design change that will meet the customer's new requirement?
Answer: C
Explanation:
The correct answer is B. RoCEv2 is the appropriate choice when RDMA traffic must traverse routed Layer 3 networks, multiple VLANs, and multiple switches. RoCEv1 is Layer 2 only and is therefore unsuitable when the design requires traffic to move between different routed segments or logical enclosures through the data-center network. A lossless RoCEv2 design must be planned end to end:
priority flow control, ECN, QoS classification, MTU consistency, and routing paths must be aligned across the server adapters, HPE Synergy Virtual Connect domain, and Aruba CX fabric. Option A is incorrect because RoCEv1 cannot satisfy the stated Layer 3 traversal requirement. Option C is incorrect because Aruba CX 8325 is a data-center switch family capable of participating in advanced data-center designs; replacing it with CX 8400 is not inherently required just to support DCBX-style fabric behavior. Option D creates artificial separation and does not solve the multi-switch lossless- fabric requirement. Reference/topics: RoCEv2, lossless Ethernet, Aruba CX data-center switching, HPE Synergy Virtual Connect networking, workload-driven network design.
NEW QUESTION # 71
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