A.Thin LUN and Thick LUN can be configured with the same capacity

B.Both Thin LUNs and Thick LUNs can be created in batches

C.Both Thin LUN and Thick LUIN can perform initial capacity allocation

D.The maximum capacity of both Thin LUNs and Thick LUNs can be greater than or equal to the available capacity of the storage pool where they are located

A.FlashLink performance acceleration

B.Massive on-demand expansion of cluster nodes, linear growth of performance and capacity

C.End-to-end data integrity check and self-healing

D.Elastic Erasure Coding data redundancy protection

A.During the initial synchronization of the cloned master-slave LUN, the host service will be suspended to ensure data consistency.

B.There can only be one master LUN in a clone and multiple slave LUNs can be added, but the master LUN and all slave LUNs are one pair

C.Sync after split will do incremental sync.

D.If the host I0 writes to the master LUN and the slave LUN at the same time after the synchronization is completed

A.The data of each LUN is evenly distributed to the caches of all nodes

B.When creating a LUN, the LUN ownership needs to be planned to achieve load balancing of controllers in the system.

C.It can provide front-end intelligent shared I/O module, and directly send the host I/O slices divided by LUN to the corresponding target controller

D.The caches of all controller nodes together form the global cache

A.TRUE

B.FALSE