Huawei H13-611_V4.5-ENU HCIA-Storage V4.5 Online Training
Huawei H13-611_V4.5-ENU Online Training
The questions for H13-611_V4.5-ENU were last updated at Jan 12,2025.
- Exam Code: H13-611_V4.5-ENU
- Exam Name: HCIA-Storage V4.5
- Certification Provider: Huawei
- Latest update: Jan 12,2025
The server installed Linux operating system accesses the disk array based on the RAID 5 strategy, and the access path sequence is:
- A . File System->Application System->Volume->I/O Subsystem->RAID Controller->Disk
- B . Application System->File System->Volume->I/O Subsystem->RAID Controller->Disk
- C . Application System -> File System -> I/O Subsystem -> Volume -> RAID Controller -> Disk
- D . Application System->File System->Volume->RAID Controller->I/O Subsystem->Disk
The host layer disaster recovery investment is less, and the compatibility is better.
- A . True
- B . False
An enterprise adopts cloud primary and backup data-level disaster recovery. During business planning, storage can be divided into two types of LUNs based on actual needs: protected LUNs and unprotected LUNs. VMs that need disaster recovery are created on the protected LUNs, and only configure array replication for protection LUNs to save the storage space requirements of the disaster recovery center.
- A . True
- B . False
An enterprise adopts cloud primary and backup data-level disaster recovery. During business planning, storage can be divided into two types of LUNs based on actual needs: protected LUNs and unprotected LUNs. VMs that need disaster recovery are created on the protected LUNs, and only configure array replication for protection LUNs to save the storage space requirements of the disaster recovery center.
- A . True
- B . False
An enterprise adopts cloud primary and backup data-level disaster recovery. During business planning, storage can be divided into two types of LUNs based on actual needs: protected LUNs and unprotected LUNs. VMs that need disaster recovery are created on the protected LUNs, and only configure array replication for protection LUNs to save the storage space requirements of the disaster recovery center.
- A . True
- B . False
An enterprise adopts cloud primary and backup data-level disaster recovery. During business planning, storage can be divided into two types of LUNs based on actual needs: protected LUNs and unprotected LUNs. VMs that need disaster recovery are created on the protected LUNs, and only configure array replication for protection LUNs to save the storage space requirements of the disaster recovery center.
- A . True
- B . False
An enterprise adopts cloud primary and backup data-level disaster recovery. During business planning, storage can be divided into two types of LUNs based on actual needs: protected LUNs and unprotected LUNs. VMs that need disaster recovery are created on the protected LUNs, and only configure array replication for protection LUNs to save the storage space requirements of the disaster recovery center.
- A . True
- B . False
An enterprise adopts cloud primary and backup data-level disaster recovery. During business planning, storage can be divided into two types of LUNs based on actual needs: protected LUNs and unprotected LUNs. VMs that need disaster recovery are created on the protected LUNs, and only configure array replication for protection LUNs to save the storage space requirements of the disaster recovery center.
- A . True
- B . False
An enterprise adopts cloud primary and backup data-level disaster recovery. During business planning, storage can be divided into two types of LUNs based on actual needs: protected LUNs and unprotected LUNs. VMs that need disaster recovery are created on the protected LUNs, and only configure array replication for protection LUNs to save the storage space requirements of the disaster recovery center.
- A . True
- B . False
Log in to Device Manager
- A . 6->2->3->4->5->1
- B . 6->3->2->4->5->1
- C . 3->2->4->5->1->6
- D . 4->5->2->3->1->6