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| Section | Objectives |
|---|---|
| Data Protection Concepts and Fundamentals | - Core concepts of data protection - Understanding backup and recovery principles |
| Practical Data Protection Implementation | - Troubleshooting and validation - Configuring and deploying solutions |
| HPE Data Protection Solutions | - Use cases and scenarios - Overview of HPE data protection technologies |
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NEW QUESTION # 17
Which technology can be used to improve the availability of the HPE StoreOnce Virtual Storage Appliance (VSA)?
Answer: C
Explanation:
The HPE StoreOnce Virtual Storage Appliance (VSA) is a software-defined implementation of the StoreOnce platform deployed as a virtual machine on VMware vSphere or Microsoft Hyper-V infrastructure. Because it operates as a standard virtual instance, its localized high availability depends on the resilience capabilities of the underlying hypervisor host cluster.
HPE best practice documentation specifies leveraging the native VMware High Availability (HA) cluster feature to maximize StoreOnce VSA uptime. When a physical ESXi host experiences a hardware or system failure, VMware HA detects the heartbeat outage and automatically restarts the StoreOnce VSA virtual machine on an alternate healthy host within the same cluster. VMware Site Recovery Manager (SRM) provides disaster recovery orchestration between disparate physical sites rather than localized VM restart availability, making VMware HA the designated host-level availability mechanism.
Reference: HPE StoreOnce VSA Deployment and Best Practices Guide; Hypervisor High Availability Integration.
NEW QUESTION # 18
Which disk types are supported for Commvault image-based backups?
Answer: A
Explanation:
When integrating Commvault with modern enterprise Linux virtualized platforms and block storage volumes, block-level (image-based) backup mechanisms bypass the standard filesystem traversal layer to read and capture raw disk sectors. In enterprise Linux environments, Commvault officially qualifies and supports native block-level protection specifically for EXT4 and XFS filesystems.
These filesystems allow device mapper snapshots to be tracked accurately via internal block allocators, ensuring write consistency and high-speed incremental capture. Network-attached filesystems such as NFS do not present block-level access and are explicitly excluded from block-level backup engines. Similarly, legacy FAT systems or clustered filesystems like GFS2 lack standard block-level snapshot integration within this specific matrix.
Reference: Commvault Supported File Systems; Block-Level Backup Support and Linux Storage Subsystems.
NEW QUESTION # 19
Active Peer Persistence allows for both manual and automatic failover.
Answer: B
Explanation:
HPE Active Peer Persistence extends synchronous Remote Copy replication across metro-distance datacenters to deliver active-active multi-site storage access and business continuity. The architecture supports two operational failover paradigms: Manual Transparent Failover (MTF) and Automatic Transparent Failover (ATF).
Manual Transparent Failover is initiated by an administrator during planned maintenance windows, migrating primary host path ownership between storage arrays without application disruption. In contrast, Automatic Transparent Failover operates continuously via an external HPE Quorum Witness appliance deployed at an independent third failure domain. In the event of an unexpected array or primary site outage, the Quorum Witness acts as an arbiter, automatically directing the surviving storage cluster to take active ownership and maintain host I/O paths transparently without administrative intervention.
Reference: HPE Peer Persistence Architecture and Implementation Guide; Synchronous Replication and Failover Modes.
NEW QUESTION # 20
A customer needs to protect a 100GB VM using a 24-hour journal.
Given the following characteristics:
VM size: 100 GB
Rate of change: 20%
Compression: 50%
How much storage is required at the target site to provide this protection?
Answer: A
Explanation:
Calculating target recovery site storage capacity in a Continuous Data Protection (CDP) journaled architecture requires sizing two distinct components: the base replica volume and the dynamic journal volume.
First, the baseline recovery replica must match the full provisioned source disk capacity, which requires exactly 100 GB. Second, the journal storage required to maintain a 24-hour history is calculated based on daily change rates and compression ratios:
* Daily Changed Data = VM Size (100 GB) × Rate of Change (20%) = 20 GB
* Journal Capacity = Changed Data (20 GB) × (1 - 50% Compression) = 10 GB Summing the 100 GB base replica disk and the 10 GB compressed journal yields a total target storage footprint of 110 GB. This formula aligns directly with official HPE data protection sizing methodologies for journal-based replication workloads.
Reference: Continuous Data Protection Sizing Standards; Journal and Replica Volume Storage Calculations.
NEW QUESTION # 21
During a customer conversation, how should a Sales Engineer position the HPE Alletra Storage MP X10000 paired with a Data Protection Accelerator (DPA) node relative to HPE's other data protection offerings?
Answer: A
NEW QUESTION # 22
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