HPE0-S22 Online Practice Questions and Answers

A customer has a Hadoop big data and analytics solution. The customer needs a server upgrade to improve performance for this solution and plans to add more solutions that draw on the data, such as a Cassandra NoSQL database. The customer is interested in a flexible HPE Big Data Reference Architecture approach.

Which solution meets the customer's needs?

A. HPE Moonshot 1500 Systems with m700 cartridges for co-located compute and storage nodes

B. HPE Apollo 4530 Systems for co-located compute and storage nodes

C. HPE Apollo 8000 Systems for the compute nodes and HPE Superdome X Systems for the storage nodes

D. HPE Moonshot 1500 Systems with m710 cartridges for the compute nodes and HPE Apollo 4200 Systems for the storage nodes

A customer plans to develop scripts that use the REST API for HPE OneView. However, the customer is concerned about the complexity of the scripts. Which tool can be used to adopt the HPE OneView REST API quicker?

A. HPE SmartStart Scripting Toolkit

B. HPE Operations Analytics for HPE OneView

C. HPE Python library for HPE OneView

D. HPE iLO4 using RedFish

An architect is planning an HPE Moonshot System deployment. The architect plans to individually connect each iLO CM module to the management network. The customer informs the architect that this plan requires too many 1GbE ports per rack for the data center infrastructure.

What is one way that the architect can alter the plan to meet the customer's needs, while still allowing iLO access to the HPE Moonshot Systems?

A. Configure iLO traffic to share the same adapters as production traffic. Configure VLANs on the HPE Moonshot switch modules to separate the two types of traffic.

B. Keep one iLO CM Management port connected to the network. Use the iLO CM link ports on each iLO CM module to daisy chain the chassis together.

C. Enable the iLO REST API on each cartridge node. The nodes will then accept iLO commands on the adapters that they use for production traffic.

D. Add a second switch module and uplink module to each chassis to connect to the cartridge iLO ports. Stack the modules in different chassis and connect just one to the management network.

A customer requests a proposal for an HPE Apollo 4530 system. The customer reports that it has experienced problems in the past with boot time malware attacks within its environment. Which solution should the architect propose to protect the customer from this threat?

A. Use encrypted drives.

B. Use Smart Array Controllers.

C. Enable Legacy BIOS mode.

D. Enable UEFI secure boot mode.

An architect is planning an HPE Moonshot System to host a customer Hadoop MapReduce2 application. The architect originally proposed the following:

1.

m710 cartridges

2.

HPE 45XGc switches

3.

HPE 4-QSFP+ Uplink Modules

The customer now needs each HPE Moonshot chassis to provide at least 1TB of memory and 40TB or local storage. Cartridge nodes needs two 10GbE ports each.

What does the architect need to replace in the solution to meet the customer's new requirements?

A. m710 cartridges with m350 Cartridge, which provide more memory

B. m710 cartridges with m710p cartridges, which support higher capacity local drives

C. 45XGc switches with 180G switches, which provide the required two 10GbE ports to the cartridges

D. 4-QSFP+ Uplink Modules with 16-SFP+ Uplink Modules, which provide 10GbE ports to the cartridges

Which discussion point describes a Tier I approach to datacenter redundancy levels?

A. optimizing DIMM memory and RAID protected storage

B. composing the solution of basic hypervisor clustering technology

C. using a single path for power and cooling distribution without redundant components

D. implementing primarily a storage redundancy technique

HPE Moonshot 180G Switch Modules and HPE Moonshot 16-SFP+ Uplink ModulesA customer is planning to replace its DAS-based third-party server solution with an HPE BladeSystem solution using FlexFabric connected to an iSCSI based HPE StoreVirtual 3200.

Which method should the architect recommend for migrating data from the old system to the new system?

A. Use Peer Motion with a temporary 180-day license

B. Use Business Copy software licensed to the current total size of all DAS storage

C. Use Virtual Copy software

D. Use a LAN-based file transfer method

A customer needs a mission critical SQL database. The customer has an HPE StoreServ and plans to use this as storage. The solution must meet the following requirements:

-240 logical cores (Hyper-Threading enabled)

-support for 6TB Memory

-16GB FC

-35TB RAID 1 storage

-

the ability for hardware partitioning to build different physical partitions and scale as the need for CPU and memory resources grows Which solution should the architect recommend?

A.

HPE Apollo 4200 with HPE ProLiant XL170r nodes

B.

HPE Superdome X with BL920s blades

C.

HPE ProLiant 980 Server

D.

HPE SL6500 with SL230s nodes

A customer is working on a project to enable workplace productivity. The customer needs a solution that will allow employees to connect to their workplace environment by using a personal mobile phone, tablet, laptop, or desktop computer. Employees must be able to stop and resume work seamlessly while travelling between offices.

Which purpose-built hardware can the customer use to help achieve this goal?

A. HPE Moonshot to provide hosted physical desktop and application virtualization t mobile users

B. HPE Apollo 2000 to provide VDI access to mobile users

C. HPE Moonshot to provide VDI access to mobile users

D. HPE Apollo 2000 to provide hosted physical desktop and application virtualization to mobile users

A customer requires a server infrastructure update for its Hadoop HBase solution. The HBase maximum dataset size will be 120TB.

To host HBase, the architect is planning three HPE Moonshot 1500 chassis fully populated with cartridges. The populated chassis provide the following in total:

-135 processors with four 2.9GHz cores each

-4.23TB RAM

-

64.8TB local storage on SSDs

An aspect of the design is under provisioned and is likely to cause performance to degrade to one-tenth or even one-hundredth of its potential.

How can the architect resolve this problem?

A.

Scale the memory capacity by selecting higher capacity DIMM's for the cartridges

B.

Select different cartridges that provide more nodes per cartridge

C.

Scale the SSD capacity by adding cartridges or selecting higher capacity SSDs

D.

Select different cartridges that provide more processor cores