XingFS
The Fastest Parallel File System
XingFS File System is a storage scale out platform architected to delivering the required balance of high performance, data protection and preservation, scalability
Get your job done faster
There are many storage systems may deliver throughput performance, but not able to scale across thousands of parallel streams at sub-millisecond latency
High Performance
The XingFS distributed storage system supports high-speed networks such as 10GbE, 25GbE, 40GbE, 100GbE and InfiniBand.
High Extension
The capacity can be expanded to hundreds of PB, and it supports online expansion without interrupting .
High Reliable
Self-healing restores data to its correct state, and repairs are performed incrementally in the background with little to no performance load.
High Performance
The XingFS distributed storage system supports high-speed networks such as 10GbE, 25GbE, 40GbE, 100GbE and InfiniBand. Use distributed hashing algorithms to locate data in storage pools instead of centralized or distributed metadata server indexes. All storage systems can intelligently locate the access path of any data, solve the dependence of distributed storage on metadata servers, eliminate single points of failure and performance bottlenecks, and parallel data access and real linear performance growth.
High Extension
The capacity of the XingFS distributed storage system can be expanded to hundreds of PB, and it supports online expansion without interrupting the running business during the expansion process. The entire expansion process can be completed within a few minutes. The distributed storage system expands horizontally through new nodes, and immediately obtains higher aggregation performance and larger capacity after expansion. Users can purchase configurations on demand, and as the business grows, they only need to purchase more nodes, which will greatly reduce the user's purchase and use costs.
High Reliable
The XingFS distributed file system processes the file data and stores it on multiple hard disks of multiple nodes after the data is multi-checked, so as to ensure that the data can always be accessed, even in the case of hardware failure. . Self-healing restores data to its correct state, and repairs are performed incrementally in the background with little to no performance load. aa purchase and use costs.