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(A)False
(B)True
(A)0.6 Gbit/s
(B)9.6 Gbit/s
(C)8.75Gbit/s
(D)2.63 Gbit/s
(A)Failback
(B)Failover
(C)Load balancing
(A)2 controllers per 2U
(B)4 controllers per 4U
(C)4 controllers per 3U
(D)3 controllers per 3U
(A)HyperMetro vStore pair
(B)HyperMetro vStore consistency group
(C)HyperMetro LUN consistency group
(D)HyperMetro LUN pair
(A)1-3-5 intelligent O&M
(B)Al-scenario data visualization
(C)Flow analysis
(D)Network health check
(E)Capacity/traffic risk prediction
(A)iSCSI
(B)FC
(C)SAS
(D)NoF (NVMe over Fabric)
(A)Longer SSD service life
(B)No garbage collection overhand on SSDs.
(C)Less write application
(A)If the number of front-end host ports is insufficient, increase the number of front-end interface modules.
(B)If the physical capacity of a domain is insufficient, add disks or disk enclosures.
(C)If the effective capacity of the controller enclosure is insufficient, increase the number of controllers.
(D)If the licensed effective capacity is insufficient, expand licensed capacity.
(A)3
(B)1
(C)2
(D)0.5
(A)The number of RAID members remains unchanged.
(B)The data redundancy decreases.
(C)Dynamic reconstruction is faster than ordinary reconstruction.
(D)The number of RAID members decreases.
(A)To ensure that all space of thin LUNs is allocated so read performance is close to that in actual scenarios
(B)To provide better performance
(C)To ensure correct deduplication and compression ratios
(A)CE6881
(B)CE5855
(C)CE6820
(D)CE6863
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