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Distributed Storage System

Positioned as the basic platform for enterprise dataization. It aims to help enterprises solve the actual needs of storage, sharing, security, expansion, performance and manageability of heterogeneous data generated by various businesses in the process of operation and production; and provide users in specific industries with completely independent and controllable data storage Solution; provide highly reliable and high-performance services for heterogeneous data storage and sharing of various businesses. 

High Reliability

XingFS encrypts the file data slices, they are evenly distributed among the nodes of the XingFS cluster according to the established data distribution strategy. Even if there are storage media or node failures in the cluster, XingFS's data distribution strategy can still automatically rebuild the required data. The hardware architecture of XingFS adopts redundant design. When some kind of hardware failure occurs in the process of business access, the hardware redundancy design of XingFS can ensure that the corresponding business request is processed correctly, thereby supporting the reliable operation of the business without interruption.

High Performance

Support high-speed networks such as 10GbE, 25GbE, 40GbE, 100GbE and InfiniBand. At the same time, the entire data access process has been fully designed and optimized. Unique Unimem, MultipathX and Bighash technologies enable faster data positioning during access; lower access delay; fully utilize the performance of multiple network ports.


High Extension

The capacity can be expanded to hundreds of PB, and online expansion is supported. The running business will not be interrupted during the expansion process, and the entire expansion process can be completed within a few minutes. Horizontal expansion through new nodes, the expansion process is completely transparent to the business system, and higher aggregation performance and larger capacity can be obtained immediately after expansion. Users can purchase configurations on demand at any time, which will greatly reduce the user's purchase and use costs.

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Standard Hardware

The storage server based on the standard x86 architecture uses high-performance Intel XEON series high-performance processors, has rich accessory configurations, and supports multiple network interfaces

Multiple Access protocols

The unified namespace aggregates the disk resources of multiple nodes into a single virtual storage pool. Storage resources can be expanded online as needed, completely transparent to upper-layer users and applications, and users can quickly access the storage pool without changing the original network structure. of all resources. XingFS supports multiple standard sharing protocols FTP, NFS, CIFS, Amazon S3, Hadoop, etc. Unlike the SAN file system, users do not need to install any client software to access the data in the storage.

Easy Manage

Provides multiple system management interfaces CLI, WebGUI, and ReST API. The simple and flexible management module greatly simplifies the difficulty of system management for administrators and reduces system management costs.

Support Multiple Network Environments

Based on general-purpose server hardware, the front-end and back-end networks can use hardware that supports standard TCP/IP, such as 10GbE, 40GbE, 100GbE or InfinBand (IPoIB)


Using multiple so-called low-end hardware through unique technology combination, its overall performance is close to that of high-end hardware. For example, four 10GbE ports are used as the back-end network on the node, and the unique technology makes the performance close to one 40GbE port.

A unified file sharing view is provided externally, and all application servers see the same file view. Centralized data sharing storage facilitates data collaborative processing between various business departments of the user, greatly improving the overall production efficiency of the user. Excellent data read and write acceleration technology greatly shortens the response time for applications, and high aggregate performance effectively supports the needs of file-intensive applications. The "plug and play" rapid expansion of performance and storage capacity provided by the system does not affect the continuity of the business while adding new storage nodes, and the business end can immediately use the increased storage capacity and bandwidth

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