Overview
Application Scenarios
Features and Advantages
Instant Recovery: The FitStor SD2000 ensures data is evenly distributed across system nodes and hard drives, with redundant copies of data stored in different physical regions for immediate use and recovery in case of node or hard drive failures. This is completely different from RAID architectures, which require a long rebuild time once a hard drive fails.
High Cost-Effectiveness: Due to the highly distributed nature of data in the FitStor SD2000 system, performance hotspots are automatically avoided, enabling high I/O performance through numerous parallel read/write operations. Thus, it achieves high performance at the cost of large-capacity hard drives while reducing overall costs.
High Scalability: The FitStor SD2000 system supports online maintenance, online expansion, and node technology upgrades through self-management and self-healing capabilities, and automatically adjusts itself in response to changes. Storage nodes of different generations can be mixed, significantly extending the system lifecycle and reducing migration costs.
High Compatibility: The FitStor SD2000 provides users with highly scalable, recoverable, and cost-effective storage capabilities, seamlessly adapting to evolving business and data requirements. It is suitable for government, healthcare, education, finance, telecommunications, media and broadcasting, and OpenStack cloud service sectors.
As a commercial storage product, the FitStor SD2000 has also developed many leading and practical advanced technologies, including but not limited to:
Self-healing
Smooth upgrade
Copy-on-write cloning
"At-rest" data encryption
Cache tiering (to improve performance)
Thin provisioning (to optimize utilization)
Online non-disruptive capacity expansion
Erasure coding (for space-efficient recovery)
Unified object, block, and file system storage
Support for 64-bit ARM architecture hardware platforms
Commercial support for Ceph filesystem (CephFS)
Integration with openATTIC storage management system (enhancing graphical user management interface)
Enhanced cluster orchestration capabilities via SaltStack (simplifying storage cluster management)
Off-site replication for block storage and partial object storage (enhancing disaster recovery performance)
Technology previews: NFS Ganesha, NFS access to S3, CIFS Samba
Support for Amazon S3 protocol and OpenStack Swift protocol
Support for CIFS/NFS protocols
Compatibility with mainstream backup software such as Veritas NBU and CommVault
Support for multiple data protection schemes (multi-replication, erasure coding) based on customer scenarios
Support for user permission and domain-based management, local security authentication, and third-party authentication
Support for SNMP standard network management interface (providing system information to resource management systems)
Support for graphical management system (for function configuration, system configuration viewing, and alarm/performance monitoring)
Support for data compression, deduplication, and data lifecycle management
Maximum supported raw storage capacity of up to 106PB; maximum number of supported objects ≥ 15 billion; maximum capacity of a single object ≥ 5TB
Support for WORM (Write Once, Read Many)
Support for IPv4 and IPv6
Support for file-level dynamic tiered storage
Key Highlights
Mature Commercial Distributed Storage Produc
The FitStor SD2000 is a mature commercial distributed storage product. Through different configurations, it can meet diverse business needs for high performance, high density, high capacity, and high bandwidth, making it well-suited to address a wide range of storage scenarios—from databases to large-capacity cold data.
Meanwhile, the FitStor SD2000 is also a "flexibly deployable and dynamically scalable" storage solution. It enables infinite modular expansion of storage capacity and performance without downtime, facilitating instant, cost-effective, and efficient online access to massive data; it achieves nearly unlimited and flexible capacity expansion and performance improvement. Users can truly implement "pay-as-you-grow" deployment, eliminating unnecessary upfront investments and the need to risk mandatory data migration due to capacity limitations.