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| Section | Weight | Objectives |
|---|---|---|
| Describe HPE MSA Storage Solutions | 14% | - Features of HPE MSA Storage Array - MSA hardware overview - MSA software overview |
| Describe HPE Alletra Storage | 17% | - Features of HPE Alletra Storage MP arrays - Manage Alletra Storage MP arrays - Alletra hardware overview |
| Identify Data Protection Theories and Solutions | 22% | - HPE tape-based solutions - HPE StoreOnce data protection solution - Data protection theory and definitions - Role of Zerto in data protection |
| Compare HPE Storage Solutions | 23% | - Differentiate DAS, NAS, and SAN - Describe HPE GreenLake offerings - Compare file, block, object, converged storage and SDS |
| Identify HPE Storage Products and Tools | 24% | - Evaluate customer requirements - Describe the HPE storage portfolio - Describe HPE GreenLake basics - Locate and use available tools and resources |
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NEW QUESTION # 14
Which strategic advantage does HPE Alletra Storage MP B10000 offer in terms of workload management and resource allocation?
Answer: A
Explanation:
HPE Alletra Storage MP B10000 is built on a disaggregated, shared-everything architecture, and this foundation supports consolidation of different workloads on one platform. Instead of dedicating separate arrays to separate applications, the administrator can run diverse workloads together while maintaining boundaries between them.
Multitenancy is the capability that makes this safe. Each tenant, whether a business unit, an application group or an external customer, receives its own isolated set of resources and administrative scope. Performance, access control and data are separated, which prevents one workload from affecting or exposing another. That simplifies resource allocation, because capacity and performance are allocated and managed per tenant instead of requiring physical separation, and it suits service providers and large enterprises with varied requirements.
Option B is incorrect because the platform is not limited to enterprise applications. Option C is incorrect because its availability assurance is not restricted to file workloads; it is a block platform. Option D is incorrect because it does not consolidate block storage under a single proprietary protocol suite; it uses standard block protocols. Option A correctly identifies multitenancy and secure workload isolation across diverse environments as the strategic advantage.
Study Guide reference: HPE Storage Fundamentals (HPE0-J81), HPE Alletra Storage MP B10000; disaggregated architecture, multitenancy and workload isolation.
NEW QUESTION # 15
Why is it crucial to thoroughly understand the customer's specific needs, expectations, and environment before drafting the statement of work (SOW)?
Answer: D
Explanation:
A thorough understanding of requirements prevents scope/design errors and supports planning for future growth, avoiding costly rework later.
NEW QUESTION # 16
Your client has a business environment where multiple users need to access shared files concurrently. You want to present a solution that provides ease of deployment and management, scalability, and network accessibility. Which storage solution would be appropriate?
Answer: D
Explanation:
The scenario defines three requirements: concurrent access to shared files by multiple users, ease of deployment and management, and accessibility over the network. Those requirements point to file-level storage, and Network Attached Storage (NAS) is the architecture that provides it.
A NAS device exposes shared file systems through standard network file protocols such as SMB and NFS.
Many clients can open and work on the same data at the same time, with the device handling file locking, permissions and access control. It connects to the existing Ethernet network, which keeps deployment simple, and it is managed through a straightforward interface. Capacity can generally be extended by adding drives or additional units.
The alternatives do not fit as well. A Storage Area Network provides block-level access to servers and requires a dedicated fabric and more specialised administration, so it is not primarily designed for shared file access by users. Direct Attached Storage is connected to a single host, which prevents concurrent sharing across the network and limits scalability. A cloud storage service could provide shared access, but the question concerns an on-premises solution presented by a vendor architect, and it introduces dependencies on external connectivity and recurring costs that are not stated as requirements. NAS therefore best meets the stated criteria.
Study Guide reference: HPE Storage Fundamentals (HPE0-J81), storage architectures; DAS, NAS and SAN comparison.
NEW QUESTION # 17
Which HPE technology provides continuous data protection (CDP) with near-zero RPO for virtualized environments?
Answer: B
NEW QUESTION # 18
When designing a server specifically for handling business-critical database applications, which factor is crucial for ensuring minimal points of failure and optimal performance?
Answer: D
Explanation:
A business-critical database cannot tolerate a drive failure that interrupts service or loses committed transactions. RAID is the foundation of local data protection in this context. Parity-based levels such as RAID
5 or RAID 6, or mirrored levels such as RAID 1 and RAID 10, keep data available after a drive fails and rebuild it onto a spare, while a hardware RAID controller with protected write cache preserves performance.
RAID level selection is a design decision. Mirrored configurations suit write-intensive transactional databases because they avoid the parity write penalty, whereas parity configurations offer better capacity efficiency for read-heavy data. Combined with redundant power supplies, dual network paths and hot-swappable components, RAID helps reduce the number of single points of failure in the server.
The other options degrade the design. An older operating system may lack driver, security and support coverage, and it does not meaningfully reduce hardware demands for a database. A non-RAID layout saves little and exposes the database to total loss on one drive failure. Basic networking capability can create a bottleneck and a single path of failure for client and storage traffic. Option D correctly pairs data redundancy with the availability and performance objective.
Study Guide reference: HPE Storage Fundamentals (HPE0-J81), data protection and server storage design; RAID levels, redundancy and elimination of single points of failure.
NEW QUESTION # 19
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