HPE2-CP08 無料問題集「HP Implementing Object Storage for Active Archive」

A customer is designing a new Scality RING solution for a new web-based application. The customer indicates that 90% of the files are smaller than 60 KB.
If the minimum size of an ARC coded file is 60 KB, is this a true statement?
Solution:Files greater than 60 KB are optimized by Scality reducing overall capacity overhead.

A Scality RING environment based on the HPE reference architecture is being designed. Is this an HPE server that should be recommended as a storage node?
Solution:Apollo 6500

When implementing Scality RING, is this monitoring option provided by the StandardMonitoring service?
Solution: 30 Diagnostic Metrics

A customer is discussing the use of object storage for backup and recovery using Scality. Does this statement describe a best practice?
Solution:Most recent data is written to a storage pool of the backup vendor and all other backup data is migrated to the Scality Ring.

Is this a capability HPE object storage solutions can provide over other types of storage within the HPE portfolio?
Solution:software-defined platform to collapse storage and hypervisors silos into simple, easy-to-scale building blocks

A customer wants to optimize performance for their HPE Scality RING design.
Is this what should be included in the network design to ensure maximum bandwidth between storage nodes and connected clients?
Solution:VXLAN

Is this a customer challenge that an enterprise object storage solution can address?
Solution:high cost to store non-mission critical long-retention data

A customer wants to optimize performance for their HPE Scality RING design.
Is this what should be included in the network design to ensure maximum bandwidth between storage nodes and connected clients?
Solution:LACP

Does this customer scenario represent a sweet spot for object storage using the Scality S3 Backup Operations interface?
Solution:backup data of 80-230 TB daily in an 8-12 hour backup window