ZStack Ceph Enterprise

Distributed software-defined storage with industry-leading performance.

Enterprise Storage

ZStack Ceph Enterprise is an advanced distributed software-defined storage solution renowned for its unmatched performance, reliability, and ease of management. It empowers large enterprises and operators to create extensive storage pools, scaling up to tens of PB in size.

Consistent Enhance Performance

Utilizing an industry-leading strong consistency hashing algorithm, our system engages in meticulous code optimization at critical stages. As a result, performance scales linearly with node increase, effectively meeting performance requirements in dynamic scenarios like cold and hot data switching

Service Quality Assurance

Dynamically adjusts storage volume Quality of Service (QoS) in real-time, allocating performance resources on-the-fly to handle varying workload demands, including peak usage scenarios.

Reliability Guarantee

Offers a variety of data protection levels for storage clusters, ensuring utmost reliability and uninterrupted operation of the storage system.

Extensive Customer Application Interfaces

Enables multi-interface access and multipath I/O (MPIO) support. With multiple gateway services for load balancing (LB), the system achieves exceptional high availability.

High Usability and Manageability

Provides a comprehensive range of user-friendly visualized management features, enabling easy installation and expansion through a web-based interface. It also offers RESTful APIs, command lines, disk SMART information, capacity warning, historical monitoring, log, and alarm functionalities for enhanced management capabilities.

Storage Acceleration Engine

Enhances system read performance with a high-performance acceleration engine and multi-level caches. Boosts read/write performance in OLTP scenarios with intelligent I/O coalescing and popular data analysis algorithms.

Advanced Storage Features

Establishes a robust data protection mechanism featuring instant snapshot ROW, linked clone, EC, multiple copies, and failure domain. Additionally, it optimizes hardware resource utilization through thin provisioning, space recycling, and hierarchical storage, ensuring efficient and secure data management.

Creates multiple volumes based on one volume snapshot. The cloned volumes have a pointer that points to the original volume snapshot. Therefore, modifying a cloned volumes does not affect the original snapshot.
Creates multiple volumes based on one volume snapshot. The cloned volumes have a pointer that points to the original volume snapshot. Therefore, modifying a cloned volumes does not affect the original snapshot.
Creates multiple volumes based on one volume snapshot. The cloned volumes have a pointer that points to the original volume snapshot. Therefore, modifying a cloned volumes does not affect the original snapshot.
Creates multiple volumes based on one volume snapshot. The cloned volumes have a pointer that points to the original volume snapshot. Therefore, modifying a cloned volumes does not affect the original snapshot.
When the source system receives a data write request, it redirects the updated original data pointer in the data pointer table of the source data volume to the new storage space.
When the source system receives a data write request, it redirects the updated original data pointer in the data pointer table of the source data volume to the new storage space.
All data is stored as multiple copies and distributed on different storage nodes. The business continuity is not affected if a single storage node is damaged. The number of copies is configurable.
All data is stored as multiple copies and distributed on different storage nodes. The business continuity is not affected if a single storage node is damaged. The number of copies is configurable.
Provides applications with more virtual storage resources than actual physical storage, which significantly improves the storage space utilization.
Provides applications with more virtual storage resources than actual physical storage, which significantly improves the storage space utilization.

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