AS5800G5

1. The G5 series adopts an all-new generation of hardware platforms, featuring chip upgrades and specification enhancements. Compared with the previous generation, its performance has increased by an average of 30%, providing strong support for the data processing efficiency of the storage system.

2. It supports 32Gb interface cards, and the dual-controller configuration allows for a maximum expansion of 24 IO slots. Additionally, the host interfaces support online hot-swapping.

3. It supports online horizontal scaling and provides terabyte-level (TB-level) cache, effectively meeting the evolving needs of customers' businesses.

1. The AS5800G5 adopts a disk-controller separation architecture, and an Active-Active architecture is implemented between controllers. This design enhances system availability and ensures business continuity.

2. It adopts a fully redundant architecture and a fully modular design, ensuring no single point of failure in key components. A passive backplane is employed to enhance system reliability. Meanwhile, it supports online hardware expansion, online firmware upgrades, and online system maintenance, as well as data protection against unexpected power failures.

3. It adopts intelligent RAID technology, which shortens the rebuild time of 1TB data to the minute level. This greatly reduces the risk of RAID failure in case of another disk fault, enhancing the high reliability of the system.

4. There are multiple data  redundancy protection  modes, local support for write-time  replication, snapshot, clone and incremental  backup; support for InMetro, InRemoteCopy, 3DC and other disaster recovery solutions to ensure business continuity and  apply high availability.

1. The intelligent management software supports unified management of all lElT storage resources.

2. Leveraging its heterogeneous virtualization capability, it can take over 95% of storage models in the industry, eliminating platform differences and enabling efficient reuse of existing storage assets.

1. It supports the configuration of full-capacity licensed thin provisioning, which enables on-demand thin allocation of resources and significantly improves the utilization rate of storage resources.

2. It supports SSD L2 cache to meet the performance requirements of different services.

3. Unique cloud tiering technology provides unique hybrid cloud storage capabilities to effectively protect customer data security.