HF3000G7

1. The industry-leading Active-Active storage architecture is adopted to achieve load balancing between controllers, eliminate controller performance bottleneck, and improve system performance.

2. The storage system supports the configuration of volumes with or without ownership. The volume without ownership is combined with self-developed multi-path software to achieve load balancing of multiple controllers and better system performance.

3. The system adopts full redundancy architecture and modular design, with all core components being fully redundant to eliminate single point of failure and achieve high availability of the storage system.

4. The controller, hard drive, BBU battery, power module, and host interface card of the storage system all support Hot-Swap.

1. With the new all-flash architecture, intelligent algorithms are used to optimize data  read  and write end-to-end, and operations such as data compression, strip aggregation, and overall writing are implemented to effectively reduce SSD write amplification and the performance of  storage system   is improved significantly; using wear balancing and anti-wear technology, data is written to the SSD  more evenly, effectively extending the average usage time of the SSD; support global garbage collection technology and Trim instructions, reduce the relocation of  invalid data in the SSD disk, extend the life of the SSD, and significantly improve system  performance.

2. Intelligent Acceleration Engine iTurbo 7.0 is designed to realize intelligent IO perception, intelligent CPU resource scheduling, intelligent data organization and other operations, and the performance of storage system is greatly improved.

1. 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.

2. Intelligent distributed RAID technology, redundant data blocks can be quickly restored, data blocks and hot backup blocks are distributed on all hard disks. After a bad disk appears, all hard disks participate in reconstruction, and the data reconstruction time is shortened with reducing the risk of  RAID failure and enhancing  system  reliability.

3. Intelligent data encryption, effectively prevent data from being illegally accessed or leaked in storage, transmission, to ensure the security and integrity of data; intelligent data  erase, one-click intelligent erase of obsolete data, ensure secure use of critical and sensitive data.

4. Supports online  hardware  expansion, online firmware upgrade, and online system  maintenance to ensure the continuity of  the  service system; supports continuous  BBU power failure protection for 2 times, and business is not interrupted within 2s~5s, easily respond to risks such as power outages at data centers.

5. Supports InErase, using data overwrite writing to destroy useless data in Vdisk.

1. Graphical interface design: Provides online monitoring of storage performance, capacity, and system status, as well as DMP maintenance wizard for fault events.

2. Efficient configuration management: Supports GUI and CLI management operations, supports configuration of multiple role permission control, and realizes efficient management of storage data  access  permissions.

3. Intelligent heterogeneous virtualization, heterogeneous storage devices of  mainstream  storage  vendors  eliminate  platform differences and  realize  efficient  reuse of  storage devices; at the same time, enhance data  mobility and eliminate data  islands, and the unified management of resources is simple and efficient.

4. The Intelligent management platform can effectively solve IT system operation and maintenance problems, improve operation and maintenance efficiency, reduce operation and maintenance costs, ensure data reliability and availability, and ensure business continuity.