ZStack Ceph

ZStack Ceph Enterprise is a high-performance, reliable, and manageable distributed software-defined storage product. Ideal for large enterprises and operators, it facilitates the construction of storage pools at a scale of tens of petabytes.

ZStack Ceph

Features

Advanced features for top-tier performance, reliability, and manageability in distributed software-defined storage, catering to large-scale enterprises.

Achieve linearly increased high performance with ZStack Ceph, leveraging in-depth code optimization and an industry-leading strong consistency hashing algorithm. Performance scales seamlessly with node expansion, catering to diverse scenarios like cold and hot data switching.

Ensure service quality with ZStack Ceph’s real-time modification of storage volume QoS. Dynamically allocate performance resources to adapt to changing tidal scenarios, maintaining optimal performance levels.

ZStack Ceph guarantees reliability by providing multiple levels of data protection for storage clusters. This ensures the robustness and continuity of the storage system, enhancing overall data security.

Enhance usability and manageability with ZStack Ceph’s support for multi-interface access, multipath I/O (MPIO), and load-balanced (LB) gateway services. This ensures high availability of the system, offering flexibility for diverse customer applications.

ZStack Ceph prioritizes high usability and manageability, offering rich visualized management features, web-based installation and expansion, and support for RESTful APIs, command lines, disk SMART information, capacity warnings, historical monitoring, logs, and alarms.

Boost system read performance with ZStack Ceph’s storage acceleration engine, featuring high-performance multi-level caches. Improve read/write performance in OLTP scenarios through intelligent I/O coalescing and popular data analysis algorithms.

ZStack Ceph incorporates advanced storage features, including instant snapshot ROW, linked clone, EC, multiple copies, failure domain, thin provisioning, space recycling, and hierarchical storage. Build a robust data protection mechanism while optimizing hardware resource utilization.

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