Cisco UCS Invicta for System Engineers - 700-602무료 덤프문제 풀어보기

A. The fact that RAID requires a dedicated cache to properly function

B. The increase in the purchase price for a product when RAID is utilized

C. The extra wait time required for all operations required by the RAID level

D. The limitation that RAID can only be enabled for one storage shelf per cluster

A. A volume group cannot span multiple storage nodes.

B. RAID 1 and RAID 6 are the two options for volume group configuration.

C. Vertical RAID 6 protects volume groups that span multiple storage nodes.

D. A volume group is presented to the system as one large storage unit.

E. If high availability is required mirroring should be enabled on any volume groups that span multiple storage nodes.

F. LUNs are assigned to volume groups.

A. PCIe flash form factor provides Cisco UCS Invicta with the lowest latency possible.

B. Cisco UCS Invicta provides symmetrical write performance (writes perform about as fast as reads).

C. Cisco UCS Invicta scaling system provides a unique architectural advantage over other all flash arrays.

D. Cisco UCS Invicta concurrently provides scale-up and scale-out architectures.

E. Performance and deduplication storage nodes can be deployed in the same scaling system.

F. Cisco UCS Invicta eliminates the need for Fibre Channel connectivity.

G. Cisco UCS Invicta replaces all other PCIe-based flash storage.

H. Cisco UCS Invicta provides scale-up performance up to 30 storage nodes.

A. Only half of the drive bays are populated when shipped by Cisco, which allows the customer to purchase additional drives to expand capacity when needed

B. Scale up / scale out

C. Scale down

D. Scale out

E. Scale up

A. Mirror protection

B. Error correction

C. RAID

D. Replication

E. Power fails data protection

F. Host connectivity

A. 100 milliseconds

B. 1 millisecond

C. 100 nanoseconds

D. 1 second

E. 100 microseconds

F. 1 microsecond

A. SSR has no management or host facing interfaces, no ring buffer, and no LSI RAID card.

B. SSR has no management interface but does have host facing interfaces, no ring buffer, and no LSI RAID card.

C. SSR has management and host facing interfaces, ring buffer, and LSI RAID card.

D. SSR has management and host facing interfaces, a ring buffer, and no LSI RAID card.

E. SSR has management and host facing interfaces, no ring buffer, and no LSI RAID card.

A. 1.000 to 2,000

B. 1 to 5

C. 10 to 50

D. 100 to 200

E. More than 2500

A. Maximum raw capacity for a single node running in application acceleration mode is 240 TB

B. Maximum raw capacity for a single node running in application acceleration mode is 24 T

C. Single node supports either asynchronous replication or data reduction.

D. Single node supports asynchronous replication and data reduction simultaneously.