HPE0-V25 Exam Dumps - HPE Hybrid Cloud Solutions

Scale-out: Add more servers to do the workload

Scale-up: Add more resources (such as processors and memory) to existing servers

Scale-out: Add an additional two-socket system to an existing VMware Cluster

Scale-up: Add two additional processors to a four-socket system currently equipped with only two processors

This is because:

Scale-out: This is a scaling approach that involves adding more servers or nodes to a system to increase its capacity and performance. It is also known as horizontal scaling. It can help distribute the workload across multiple servers and improve availability and fault tolerance.

Scale-up: This is a scaling approach that involves adding more resources (such as processors, memory, storage or network) to an existing server or node to increase its capacity and performance. It is also known as vertical scaling. It can help improve the performance of a single server and reduce the complexity of managing multiple servers.

HPE MSA 2060 Storage solution supports a mixture of 3.5 inch LFF and 2.5 inch SFF expansion enclosures for a maximum of 9 enclosures (10 total including the array). This means that it can accommodate the four existing expansion enclosures from the previous solution that have different disk sizes.

The HPE MSA 2060 also delivers up to 395,000 IOPS, which is up to 80% faster than its prior generation1. This would be beneficial for a customer who wants to fully populate the controller enclosure with SSD drives, which are faster than HDD drives.

The Advanced Data service (ADS) suite LTU is a license that enables features such as snapshot, replication, performance tiering, virtual disk groups, and thin provisioning on the HPE MSA 20602. These features can enhance the performance, availability, and efficiency of the storage system.

ï‚· Understanding the Requirements:

The customer needs to download an Active Health System (AHS) log for a ProLiant DL380 Gen10 server to create a support case.

ï‚· Log Access Options:

A. Service Pack for ProLiant: Used for firmware and driver updates but not specifically for downloading AHS logs.

B. Smart Update Manager: Similar to Service Pack, used for updates, not AHS log extraction.

C. iLO Web Interface: Provides direct access to AHS logs via the server’s integrated lights-out management interface.

D. iLO Repository: A repository for firmware and software updates, not for extracting logs.

E. cURL Utility: Can be used to script and automate the download of AHS logs via the iLO RESTful API.

ï‚· Why C and E are the Correct Answers:

C. iLO Web Interface: The iLO web interface provides an easy, GUI-based method to download the AHS log.

E. cURL Utility: Allows for automated and script-based retrieval of AHS logs, useful for integrating into support workflows.

ï‚· References:

HPE iLO User Guide: HPE iLO User Guide

Using cURL with iLO: iLO RESTful API Documentation

RAID 1: any single drive

RAID 1 ADM: any two drives

RAID 5: any single drive

RAID 6: any two drives

RAID 1: This is a level of RAID that uses mirroring to create an exact copy of data on two or more disks. It can tolerate the failure of any single drive without losing data, as long as the other drive is still functional.

RAID 1 ADM: This is a level of RAID that uses advanced data mirroring to create two copies of data on three disks. It can tolerate the failure of any two drives without losing data, as long as the third drive is still functional.

RAID 5: This is a level of RAID that uses striping with parity to distribute data and parity information across three or more disks. It can tolerate the failure of any single drive without losing data, as long as the other drives can reconstruct the data from the parity information.

RAID 6: This is a level of RAID that uses striping with double parity to distribute data and two sets of parity information across four or more disks. It can tolerate the failure of any two drives without losing data, as long as the other drives can reconstruct the data from the double parity information.

ï‚· Understanding the Requirements:

The customer needs an open-source container orchestration system.

It must support cloud-native applications.

It should provide support for containers with persistent storage.

ï‚· Platform Options:

Hortonworks Data Platform (A): This is primarily focused on big data and Hadoop-based applications, not on container orchestration.

Hadoop (B): Hadoop is an open-source framework for distributed storage and processing of big data, not a container orchestration system.

OpenStack Neutron (C): Neutron is the networking component of OpenStack, which is not designed for container orchestration.

Kubernetes (D): Kubernetes is an open-source container orchestration platform that supports cloud-native applications and persistent storage.

ï‚· Why Kubernetes (D) is the Best Fit:

Cloud-Native Support: Kubernetes is designed to manage containerized applications across clusters of hosts, providing deployment, scaling, and operations of application containers.

Persistent Storage: Kubernetes supports persistent storage through Persistent Volumes (PVs) and Persistent Volume Claims (PVCs), integrating with various storage backends.

Community and Ecosystem: Kubernetes has a vast open-source community and ecosystem, offering extensive support and resources for cloud-native applications.

ï‚· References:

Kubernetes Documentation: Kubernetes Persistent Volumes

Kubernetes Overview: Kubernetes - What is Kubernetes?

iLO Enablement Kit: The HPE ProLiant MicroServer Gen10 Plus does not come with integrated Lights-Out (iLO) functionality by default. To enable remote management capabilities, you need to install the iLO Enablement Kit, which provides the necessary hardware and licenses for iLO functionality.

HPE GreenLake Compute Ops Management is a cloud-based tool that can centralize the monitoring and lifecycle management of HPE ProLiant servers deployed in multiple, remote sites. It provides a cloud-native management console that securely automates the process toaccess, monitor, and manage servers, no matter where the compute environment lives1. It also simplifies and streamlines server operations, saves time and money with agile server lifecycle management, and takes a zero-trust approach to secure compute operations2. HPE GreenLake Compute Ops Management is included with HPE ProLiant Gen11 servers, which are designed to deliver the compute era with a cloud operating experience2. References: 2: HPE GreenLake Compute Ops Management | HPE - Hewlett Packard Enterprise