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| Section | Objectives |
|---|---|
| Topic 1: Solution Design and Architecture | - Workload-based architecture (cloud, AI, enterprise apps) - Customer requirement gathering and analysis - Designing multi-site and complex enterprise solutions |
| Topic 2: HPE Edge-to-Cloud Architecture and Value Proposition | - Industry trends and hybrid cloud models - HPE portfolio positioning (GreenLake, compute, storage, networking, services) |
| Topic 3: HPE Technologies and Platforms | - Compute platforms (ProLiant, Apollo, Cray) - Storage and data protection solutions - Networking and hybrid connectivity solutions - HPE GreenLake consumption model |
| Topic 4: Solution Lifecycle and Operations | - Performance, scalability, and optimization - Customer outcome validation and proposal alignment - Deployment planning and implementation approach |
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NEW QUESTION # 20
Your customer is in the early stages of an AI project. They are requesting a POC demonstrating how they can utilize on-prem data with a limited amount of rack space, in an air-cooled environment.
Performance with the AI use case of Retrieval-Augmented Generation (RAG) will be the primary factor in their decision making.
Which HPE Compute offering would be suitable in this scenario?
Answer: A
Explanation:
The correct answer is B. The customer is not asking for the lowest-cost AI inference server; the scenario explicitly states that RAG performance is the primary decision factor, while also requiring limited rack space and air cooling. HPE ProLiant Compute DL384 Gen12 with NVIDIA GH200 NVL2 is the strongest fit because it is designed for high-performance enterprise AI and provides coherent CPU
/GPU memory architecture with very high memory bandwidth, which is especially valuable for RAG and larger language-model workflows. HPE product information describes the DL384 Gen12 as a 2U air-cooled 19-inch rack server with NVIDIA GH200 NVL2, and HPE states that the platform provides outstanding coherent memory and memory bandwidth to run larger models faster and more cost- effectively. Option A is powerful, but the DL380a Gen12 is a larger GPU platform and is less optimized for the "limited rack space" RAG-specific requirement than the DL384. Option C is compact but lower- performance, making it weaker when performance is the primary factor. Option D is excessive for an early-stage on-prem POC. Reference/topics: AI workload sizing, RAG architecture, DL384 Gen12, GH200 NVL2, air-cooled AI infrastructure.
NEW QUESTION # 21
Your customer has a combination of HPE and non-HPE equipment. What is the correct functionality available in Aruba Fabric Composer for this customer's environment?
Answer: B
Explanation:
The correct answer is D because Aruba Fabric Composer is designed for data-center fabric automation, especially ArubaOS-CX based spine-leaf and EVPN-VXLAN environments. It discovers data-center infrastructure and automates the provisioning and ongoing configuration of both spine- and-leaf fabrics and Layer 2 two-tier topologies. That makes it directly relevant to customers with mixed HPE and non-HPE environments where repeatable fabric deployment, validation, and operational consistency are required.
NEW QUESTION # 22
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. Option A is not the architectural issue; optics can be changed, but the long-distance fabric still needs the correct licensing and configuration. Option C is misleading because port form factor compatibility alone does not satisfy 95 km operation. Option D is too specific to port numbering and does not solve the distance requirement. The quote must be validated for both physical optics and the SAN feature license that enables extended-distance behavior.
Reference/topics: HPE B-series Fibre Channel switching, Extended Fabric, inter-data-center SAN design, proposal validation.
NEW QUESTION # 23
Your customer would like to implement Peer Persistence for their HPE Alletra 6000 remote replication configuration.
Which statement is true?
Answer: A
Explanation:
The correct answer is D. HPE Alletra 6000 Peer Persistence is built on synchronous replication between two arrays and is designed for zero or near-zero RPO and fast recovery. HPE's Peer Persistence technical white paper explains that synchronous replication uses LAN or WAN technologies to mirror data between sites and that data is copied across an IP address interface to the second array before the write is acknowledged. That makes high-speed IP connectivity the relevant design foundation for the replication path. Option A is incorrect because Peer Persistence does not require both arrays to operate as upstream for the same volume; source and destination roles are assigned per synchronously replicated volume collection, and different volume collections can reverse the source/destination role.
Option B is imprecise because the replication mechanism is not "always iSCSI"; host access may involve iSCSI or FC, but synchronous replication traffic is array-to-array IP-based. Option C is wrong for the same reason: FC is not the mandatory transport for Alletra 6000 synchronous replication.
Reference/topics: HPE Alletra 6000, NimbleOS Peer Persistence, synchronous replication, IP replication links, ASO design.
NEW QUESTION # 24
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: D
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.
NEW QUESTION # 25
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