BeeGFS vs DataCore SANsymphony

BeeGFS is a parallel file system for high-performance computing, AI, and other data-intensive workloads. Its user-space services run over filesystems such as ext4, XFS, and ZFS, with metadata spread across multiple servers. It is designed to scale performance and capacity from small clusters to enterprise systems with thousands of nodes. Native client and server components are available for Linux across x86_64, AMD, ARM, OpenPower, and other CPU architectures. BeeGFS 8 Remote Storage Targets synchronize with S3 object storage, while BeeGFS Copy supports parallel copying among BeeGFS and other locally mounted file systems. System-wide monitoring and Grafana dashboards provide views of performance and system health. Hive Enterprise adds high availability, metadata and file-content mirroring, quota enforcement, and tiered storage pools. The Community Edition is free up to 1 PB of total storage and is for self-supported end users; its BeeOND use is limited to five compute nodes contributing storage. Capacity beyond 1 PB requires a subscription license. BeeGFS is available for Linux, API, and self-hosted deployment.

DataCore SANsymphony is self-hosted, block-based software-defined storage for SAN and hyperconverged environments. It pools storage from different hardware and centrally manages capacity provisioning and data placement. Performance tools include RAM caching, parallel I/O processing, auto-tiering, and load balancing. Recovery and availability features include synchronous mirroring, asynchronous replication with failover and failback, snapshots, and continuous data protection. It lists NVMe, Fibre Channel, iSCSI, and SAS/SATA protocols; NFS and SMB access is supported through Windows File Server. Administrators can use a console, REST API, PowerShell API, plug-ins, provisioning and orchestration, and real-time or historical charts. Data services include encryption and immutability, and backup-tool integration is supported. Deployment options include storage virtualization, converged, hyperconverged, and hybrid-converged configurations. Four editions address high-performance, midrange, smaller high-availability, and backup or replication needs. Pricing is on request; there is no free plan, though a trial is available. Server installations require Windows Server 2016 through 2025, with a documented minimum of 8 GB RAM and 20 GB local disk space.