H13-624試験無料問題集「Huawei HCIP-Storage V5.0 認定」

A. A physical storage system can be divided into multiple virtual storage partitions, and the storage pools are shared among these virtual storage partitions

B. In role management, three default roles are preset for tenant groups, including tenant administrator, tenant data protection administrator, and tenant agreement administrator

C. Role management is divided into preset default roles and custom roles

D. There are three types of authority management: read-only, write-only and read-write

A. OceanStor UltraPath

B. OceanStor eSDK

C. BCManager eReplication

D. SmartKit

A. When arbitration is deployed, the software supports installation on physical servers or virtual machines. The arbitration server uses an IP network to connect to the two storage arrays in the active-active data center.

B. The transmission layer adopts Huawei OptiX OSN series DWDM, and each site deploys 2 sets of WDM equipment.

C. Deploy at least two independent GSLBs at each site at the network layer to achieve load balancing between sites.

D. The storage layer does not support one of the heterogeneous takeover of third-party storage, and then use the LUN after the takeover and the LUN on the other V3 to construct a hyperactive LUN.

A. 2

B. 4

C. 5

D. 3

A. A set of arrays and arbitration fail at the same time, and the surviving arrays continue to run services.

B. In the arbitration server mode, when the heartbeat between the storage arrays is interrupted, the arrays at both ends initiate an arbitration request to the arbitration server, and the arbitration server comprehensively judges which side wins. The party that wins the arbitration continues to provide services, and the other party ceases to provide services.

C. The arbitration fails, and the heartbeat link between the arrays is interrupted, and the service is not affected.

D. In the arbitration server mode, if there is a requirement to obtain arbitration first, the site priority can also be configured.

A. End customer investment is small

B. Deployment is relatively simple for end customers

C. Easy to expand

D. The network cost of backing up to cloud storage is low

A. Large-capacity archive node

B. Data storage node

C. Data processing node

D. High-performance storage nodes

A. Compatible with multiple operating systems

B. The unit of FTP sharing is a directory, and the shared directory can be accessed by multiple clients

C. Provide shared services externally in a cluster mode, and nodes can monitor each other's service status

D. It can provide the status of business nodes to achieve load balancing, and data access is evenly distributed in the cluster

A. Demand analysis->Information collection->Backup and archiving strategy design->Bandwidth and network design

B. Capacity and storage strategy design->Backup and archive strategy design->Backup system migration design

C. Backup system migration design->Capacity and storage strategy design->Bandwidth and network design

D. Capacity and storage strategy design->Backup and archiving strategy design->Other feature design

A. If the cluster has 6 nodes, you need to apply for 6 P addresses

B. Need to specify which node to use an IP address

C. After the software is installed, these addresses will be deleted automatically

D. It does not matter if these temporarily planned back-end storage network IP addresses overlap with the actual planned back-end storage network IP addresses of the nodes.

A. When backing up in a remote location, only the initial full backup is performed, and only the incremental data is backed up later

B. Support to generate local backup snapshots in seconds to obtain consistent data copies

C. Support custom backup strategy and copy threshold

D. Support block storage and file system two ways

A. Write data directly to the local storage, and use snapshot technology to quickly roll back and restore data

B. Synchronous remote replication technology can achieve RTU=U, RPO=0,

A. Service release

B. SLA management

C. Alarm management

D. Service Orchestration

A. 6->5->3->1->2->4

B. 1->3->2->6->5->4

C. 1->2->3->4->5->6

D. 5->3->2->4->1->6

A. The self-developed distributed file system OceanStor DFS supports massive unstructured data storage and realizes a unified global namespace.

B. Provide object storage services, compatible with Amazon S3 interface, and compatible with OpenStack Swif interface.

C. Supports integration with FusionInsight Hadoop/Cloudera Hadoop packaged with open source Hadoop components, allowing users to easily build an enterprise-level big data analysis platform.

D. Distributed metadata management, supporting linear expansion of 3~4000 nodes.