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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Requirements Gathering and Analysis | 20% | - Business drivers, goals, and constraints - Technical requirements: performance, scalability, security, compliance - Workload characteristics and placement considerations - Risk assessment and mitigation |
| Topic 2: Solution Design and Architecture | 30% | - Hybrid cloud integration and management - Security, resilience, and data protection - Compute solutions: HPE ProLiant, Apollo, Superdome Flex - Networking: Aruba, HPE FlexFabric, software-defined networking - Storage solutions: HPE Alletra, Primera, 3PAR, Nimble |
| Topic 3: Implementation Planning and Presentation | 15% | - Present and validate solution design - Coordination with stakeholders and teams - Migration and integration strategies - Project phases, timeline, and dependencies |
| Topic 4: Industry Trends and Cloud Models | 15% | - Cloud service models: IaaS, PaaS, SaaS - Deployment models: public, private, hybrid, multi-cloud - HPE GreenLake and consumption-based IT - IT transformation and emerging technologies |
| Topic 5: Solution Positioning and Recommendation | 20% | - Service and support options - Differentiate HPE value propositions - Align solutions to customer needs and budget - Total cost of ownership and ROI analysis |
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NEW QUESTION # 71
You are designing a solution for a customer that will support a virtualization workload based on HPE Synergy. Your customer has the following requirements:
Dual-socket HPE Synergy compute nodes running ESXi 8.x with maximum
memory supported
Each node should have access to shared storage from HPE Alletra Storage MP B10000 All virtual machines should be protected against host failure All virtual machines with vGPU must be protected with Fault Tolerance All compute nodes should boot from disks located in the D3940 Storage Modules protected with RAID 1 All frames should be managed as one logical enclosure to simplify management All compute nodes should support two network ports with the maximum Ethernet connectivity speed You are reviewing a proposal that you must verify. The proposal consists of:
3 x HPE Synergy 12000 frames
2 x HPE Synergy Composer2 modules
4 x HPE Virtual Connect SE 100Gb F32 Modules for Synergy
4 x HPE Synergy 50Gb Interconnect Link Modules
3 x HPE Synergy D3940 Storage Modules, each with 20 SSD drives
1152 core VMware vSphere Enterprise Plus subscriptions
36 x HPE Synergy 480 Gen11 compute nodes
Each SY480 Gen11 is configured with:
A single Platinum CPU with 32 cores
HPE Synergy 6820C 25/50Gb Converged Network Adapter
HPE Synergy 5830C 32Gb Fibre Channel Host Bus Adapter
HPE MR416i-o Gen11 12G SAS Mezzanine Controller
Which two statements are true regarding the proposal? (Select two.)
Answer: A,E
Explanation:
The correct answers are C and D. In a three-frame HPE Synergy design using the primary/satellite fabric model, a redundant pair of HPE Virtual Connect SE 100Gb F32 modules can provide the intelligent fabric function while Interconnect Link Modules extend connectivity to satellite frames. Therefore, the proposal can be reduced by removing two unnecessary F32 modules if the remaining pair and link modules still satisfy the required redundant 25/50Gb connectivity. HPE describes the F32 architecture as consolidating data center network connections and scaling bandwidth across multiple Synergy frames using a primary/satellite design. Option D is also correct because Fibre Channel uplink functionality on the HPE Virtual Connect SE 100Gb F32 requires a separate Synergy 32Gb FC upgrade license. HPE OneView documentation states that the Synergy 32Gb FC Upgrade license is required for this interconnect to use Fibre Channel uplinks.
NEW QUESTION # 72
Your customer would like to improve the security of an existing physical and virtual environment. They are currently using the Synergy environment with the first generation of HPE Composer and Gen9 Synergy compute modules.
Which of the following changes would improve security?
Answer: D
Explanation:
The correct answer is C. The customer is using older Gen9 Synergy compute modules, and the required improvement is hardware-rooted platform security. Silicon Root of Trust is an HPE firmware security capability anchored in server hardware and iLO, designed to validate firmware before boot and protect the platform from compromised firmware. HPE states that Gen10 servers introduced Silicon Root of Trust, and Gen11 systems continue that trusted-security model with enhanced iLO capabilities. Option A is incorrect because a firmware update cannot retrofit Silicon Root of Trust into Gen9 hardware that lacks the required silicon foundation. Option B misrepresents HPE OneView Global Dashboard; it provides aggregated management visibility, not centralized distribution of encryption keys and CA- signed certificates to all nodes. Option D can improve administrative integration and role control, but it does not address the deeper platform-trust gap created by the older compute generation. Reference
/topics: HPE security architecture, Silicon Root of Trust, iLO security, Synergy Gen9-to-Gen11 modernization, hybrid-infrastructure protection.
NEW QUESTION # 73
Your customer has provided the CLI output of a switch to show how their devices are connected.
Refer to the output:
show arp
IPv4 Address MAC Port Physical Port State
10.0.255.2 ... vlan150 ... reachable
10.12.43.1 ... vlan1 ... reachable
10.0.255.3 ... vlan150 ... reachable
Total Number Of ARP Entries Listed: 3.
What should you consider while discussing upgrades to your customer's environment and network components?
Answer: D
Explanation:
The correct answer is D. The ARP output indicates a design where gateway behavior and MAC addressing are being virtualized across switching infrastructure. In ArubaOS-CX environments, Virtual Switching Extension is the high-availability architecture that allows two independent switches to operate as an active-active pair while preserving resilient gateway and forwarding behavior. Aruba VSX active gateway specifically configures virtual IP and virtual MAC behavior for VLAN interfaces, which is the relevant design consideration when refreshing switches that currently provide redundant first-hop gateway behavior. Option A is incorrect because VSF stacking is primarily a stacking technology for supported access switching use cases; it is not the correct assumption for this data-center or aggregation-style gateway behavior. Option B is not directly proven by the ARP output; overlay networking would require VXLAN/EVPN or similar evidence. Option C is unrelated because IGMP snooping is multicast optimization and is not mandatory based only on ARP entries. The upgrade discussion must preserve VSX/active-gateway behavior if the customer depends on that design.
Reference/topics: ArubaOS-CX, VSX, active gateway, architecture comparison during network refresh.
NEW QUESTION # 74
A customer requested a quote for a 64Gb Fibre Channel system between two data centers with a distance of 95 KM / 60 MI between the locations, with a requirement for 14 F-ports on each switch.
Refer to exhibit
Which statement is true about the given configuration?
Answer: A
Explanation:
The correct answer is B. The controlling requirement is the 95 km / 60 mile inter-data-center Fibre Channel distance. Standard Fibre Channel fabrics have native distance limits, and long-distance SAN designs require the correct licensing and buffer-credit behavior to maintain stable inter- switch link operation. HPE SAN design guidance states that B-series switches provide extended fabric support up to 10 km by default, but for distances greater than 10 km an Extended Fabrics license is required. Therefore, the configuration must include or modify the Fibre Channel software licensing to support the required long-distance fabric behavior.
NEW QUESTION # 75
When designing an Aruba CX EVPN-VXLAN fabric, which component is responsible for mapping VLANs to VXLAN Network Identifiers (VNIs) at the network edge?
Answer: D
Explanation:
In an EVPN-VXLAN fabric, VTEPs -- usually implemented at the leaf or top-of-rack layer -- perform the encapsulation/decapsulation of Layer 2 frames into VXLAN and map local VLANs to the corresponding VNI for transport across the routed underlay.
NEW QUESTION # 76
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