What must an architect do to delete a filesystem?
A . Unmount the file system from clients
B. Turn off the system services
C. Enable Fast Remove
D. Take a snapshot and then remove file system
Answer: C
What must an architect do to delete a filesystem?
A . Unmount the file system from clients
B. Turn off the system services
C. Enable Fast Remove
D. Take a snapshot and then remove file system
Answer: C
What are Port 31/32 on the XFMs reserved for?
A . Customer Network
B. Console
C. Switch interconnectivity
D. FlashBlade Chassis
Answer: C
A company has an existing database running a critical application. Users are complaining of slow response times. The company asks Pure Storage for help fixing this problem.
Which (three) questions should the architect ask to determine if FlashBlade is a good fit for the use case? (Choose three.)
A . What is the current storage the database is running on today?
B . How long has the database been up?
C . How many users does the application support?
D . What type of queries does the database support for the application?
E. Is it and OLAP or OLTP database?
Answer: C,D,E
A current FlashBlade customer has a chip design process that is not meeting their SLAs. Although the customer is using fast remove, the IOPS on their 7x17TB FlashBlade have plateaued around 700K IOPS.
What should the architect recommend adding?
A . Blades
B. VIPs
C. LAG
D. Subnets
Answer: A
The customer provides the network diagram shown. The customer wants to use RBAC and SMB on the FlashBlade.
The customer does NOT use encryption for identity-related traffic.
Which ports must be opened for this to work?
A . Ports 53, 389, and 445 on Firewalls A and C
Ports 53 and 445 on Firewall B
B. Ports 53 and 2049 on Firewalls A and B
Ports 53 and 389 on Firewall C
C. Port 123 on Firewalls A and C
Ports 445 and 636 on Firewall B
D. Ports 123, 445, and 636 on Firewalls A and B
Port 445 on Firewall B
Answer: A
An architect need to create capacity sizing of FlashBlade to move data from a 6-year old EMC-Dell Isilon.
The current Isilon solution consumes almost 1.3PB.
There are three workloads:
– Warehouse application (40 TB, estimated compression ratio 2:1, IO size 8K)
– Images (20 TB, estimated compression ratio 1.0:1 average image size 1M)
– Log files (40 TB, estimated compression ratio 4:1, average file size 4k)
What is the required FlashBlade configuration?
A . 7x17TB blades
B. 15x17TB blades
C. 15x52TB blades
D. 42x52TB blades
Answer: A
A customer is implementing a new backup system using four backup appliances, with dual 10Gbps NICs writing to a FlashBlade. Each backup appliance can write at line speed.
What is the minimum number of 52TB blades to be able to handle this workload?
A . 8 blades
B. 15 blades
C. 27 blades
D. 35 blades
Answer: A
After revising Cloud-First strategy, a customer’s CFO asks an architect to recommend which workloads should be moved to FlashBlade.
Which two workloads will be successful on FlashBlade? (Select two.)
A . Point of Sale using Oracle OLTP.
B. Annual reporting using Oracle Warehouse.
C. Real Time Gaming Application using MySQL DB.
D. AI/ML TensorFlow Model.
E. Highly Sensitve Training Application that requires synchronous replication.
Answer: B,D
‘The Network admins create a network setup:
What is the result if the FlashBlade is run in this configuration?
A . The FlashBlade causes ARP storms.
B. SMB clients are unable to connect.
C. NFS clients experience higher latencies.
D. FlashBlade will be unable to resolve internal DNS.
Answer: A
The customer expects at least 2GB/s of backup throughput but only sees 1GB/s .
What is causing the issue?
A . Architecture of FlashArray and server infrastructure configuration.
B. Architecture of the backup server and FlashBlade network.
C. Architecture of server infrastructure and backup server network.***
D. Architecture of backup server/FlashBlade NFS/Data VIP configuration.
Answer: C