Synology SA3200D 12-Bay Rack NAS Server - 8GB RAM, Diskless

The Synology SA3200D is a 2U rackmount network-attached storage (NAS) server designed for enterprise environments requiring high availability and continuous service operation. It features a dual-controller architecture in an active-passive configuration, ensuring that critical business functions remain online even during hardware failures or unplanned incidents. The system comes diskless, allowing organisations to populate it with their choice of up to twelve 3.5-inch or 2.5-inch SAS drives, and its capacity can be expanded to 576TB using compatible expansion units. At its core is Synology's DiskStation Manager (DSM) operating system, which provides a comprehensive suite of data management and protection tools through an intuitive web interface. Key features include built-in Synology High Availability (SHA) service, which monitors network status and critical file services like CIFS, iSCSI, and NFS, automatically failing over to the standby controller within a minute if issues are detected. The hardware design eliminates single points of failure through redundant, hot-swappable power supplies and cooling fans. For virtualisation environments, the SA3200D is fully certified with VMware vSphere, Microsoft Hyper-V, Citrix XenServer, and OpenStack Cinder, supporting both iSCSI and NFS protocols with integration for VMware VAAI and Microsoft ODX to optimise storage operations. This NAS is particularly well-suited for IT administrators in small to medium-sized enterprises who need a reliable, scalable storage solution that minimises downtime. Its wizard-based setup processes and unified DSM interface simplify deployment and ongoing management, while the Package Centre offers additional applications for backup, data protection, and virtual machine management. The system's shared storage design eliminates the need for data replication between separate devices, saving rack space and network bandwidth while providing robust protection for both physical and virtual workloads.