Online Access Free FBAP_002 Practice Test

A customer map application is built with a containerized micro-service infrastructure that runs on Windows and accesses storage using SMB.
Each container is stateless, but every end user interaction leaves a set of small text and image files. Each directory keeps all daily transaction files. A process exists to manage file life cycle and periodically delete a directory.
The customer notices that as the customer base grows, the background deletion process backlog also grows.
Which FlashBlade technology should be used to resolve this issue?

• A.Enabling concurrent data access for NFS and HTTP.
• B.Reducing resource utilization for FlashBlade garbage collection.
• C.Enabling concurrent data access for NFS and SMB.
• D.Enabling fast-remove for NFS and SMB. ***

A customer is deploying a FlashBlade into a datacenter where the top of rack switches cannot be configured into a single LAG.
Which two actions are necessary to configure the FlashBlade to use both switches? (Choose two.)

• A.Create multiple VIPs
• B.Create multiple LAGs ***
• C.Use round robin load balancing
• D.Create multiple exports
• E.Use a multi-chassic configuration. ***

A customer is standing up a new 30x17TB FlashBlade system.
The customer's environment is as follows:
1.The upstream switches are located 50 feet away
2.The upstream switches have the required number of 100Gb/s interfaces.
3.The customer is conscious about data availability.
4.The customer requires the use of 4 LAGs
What is the minimum number of cables required?

• A.8 passive QSFP + to QSFP + cables
• B.8 active QSFP + to QSFP + cables ***
• C.4 active QSFP + to QSFP + cables
• D.4 passive QSFP + to QSFP + cables

A customer is using an older nearline SAS scale-out storage system to store data that is a static size. The customer recently purchased several HPC appliances to use that data.
What happens to the workflow?

• A.The older storage system does NOT use the same protocols as the newer HPC appliances.
• B.The older storage system us unable to fulfill the performance demands of the newer HPC appliances.
  ***
• C.The older storage system us unable to use the same network infrastructure as the newer HPC appliances.
• D.The older storage system us unable to keep up with the capacity demands of the newer HPC appliances.

A developer of a business-critical application is concerned about system reliability when it comes to a IO resistance. An architect needs to explain the FlashBlade write mechanism and address three main concerns:
-Data location when FlashBlade acknowledge a write
-Number of created data copies before FlashBlade acknowledges a write
-Blade failure resilience
When does write acknowledgement happen?

• A.When data is written NvRAM on three different blades.
• B.When data is written NvRAM on a super capacitor.
• C.When data is written NvRAM on two different blades.
• D.When data is written onto Flash. ***