Dorado V6 supports both scale-out and scale-up.
Dorado V6 supports both scale-out and scale-up.A . TrueB . FalseView AnswerAnswer: A
HyperCDP objects can be used to restore data but cannot be directly mapped to hosts for read and write operations.
HyperCDP objects can be used to restore data but cannot be directly mapped to hosts for read and write operations.A . TrueB . FalseView AnswerAnswer: B
Unity XT supports full configuration of NVMe SSDS.
Unity XT supports full configuration of NVMe SSDS.A . TrueB . FalseView AnswerAnswer: B
OceanStor 100D can be deployed on standard universal servers.
OceanStor 100D can be deployed on standard universal servers.A . TrueB . FalseView AnswerAnswer: B
Does incremental EC directly aggregate large objects and affect performance?
Does incremental EC directly aggregate large objects and affect performance?A . YesB . NoView AnswerAnswer: A
Huawei is the only storage supplier that has passed the 9 intensity earthquake resistance certification in China.
Huawei is the only storage supplier that has passed the 9 intensity earthquake resistance certification in China.A . TrueB . FalseView AnswerAnswer: A
After the SSD is removed the dirk domain of the OceanStor Dorado V3 (same with Dorado V6) storage system reconstructs data immediately.
After the SSD is removed the dirk domain of the OceanStor Dorado V3 (same with Dorado V6) storage system reconstructs data immediately.A . TrueB . FalseView AnswerAnswer: A
Dorado V6 LUNs have controller ownership.
Dorado V6 LUNs have controller ownership.A . TrueB . FalseView AnswerAnswer: B Explanation: Shared Front-end Adapter • Requests from hostcan be evenly distributed on every front-end link • LUNs are shared by all controllers (aka no controller ownership).
The system availability is 99.999%, indicating that the annual interruption time of the storage array is about 5 minutes.
The system availability is 99.999%, indicating that the annual interruption time of the storage array is about 5 minutes.A . TrueB . FalseView AnswerAnswer: A
RAID2.0+ is a block-based virtualization technology. Disks are divided into CKs and CKGs form RAID groups. Therefore, compared with traditional RAID, RAID2.0+ does not require hot spare disks or hot spare space.
RAID2.0+ is a block-based virtualization technology. Disks are divided into CKs and CKGs form RAID groups. Therefore, compared with traditional RAID, RAID2.0+ does not require hot spare disks or hot spare space.A . TrueB . FalseView AnswerAnswer: B