D-Link 2U/12 Bay IP-SAN Storage Enclosure (8 X 1GbE Ports)

Product Description

D-Link's DSN-6000 Series i SCSI SAN array is a fully redundant, data center-class network storage solution in a 2U rackmount form factor. The DSN-6000 Series currently supports 36TB of raw capacity using 3TB drives (and even greater capacity as larger disk drives become available), & overall scalability to 180TB using DSN-6020 Expansion Enclosure. D-Link's DSN-6000 Series provides 1GE or 10GE host interface connectivity which can handle over 200, 000 I/O per second. The DSN-6000 Series integrates x Stack storage architecture & supports services for applications demanding high throughput, scalability & flexible storage planning. The DSN-6000 Series can be easily implemented as primary storage, as secondary storage to supplement an existing infrastructure, or as a nearline storage device to improve backup & recovery times. Using the intuitive & integrated management GUI, the DSN-6000 Series Arrays can be seamlessly incorporated in both Physical & Virtual Server environments. The DSN-6000 Series can provide the failover & redundancy capabilities required for mission critical scenarios such as Virtual Machine (VM) shares, database hosting, Online Transactional Processing (OLTP), email applications, storage consolidation & other primary storage needs. It is equipped with fully redundant components for all major functions, such as RAID controllers, power supplies, fan modules, battery backup modules, & SAS JBOD expansion ports. The Hot-pluggable design is capable of providing uninterrupted services. In addition, the DSN-6000 Series incorporates advanced high availability features such as RAID 6 & RAID 60 support, writable snapshot, Microsoft Windows VSS support, & volume configuration restoration. These advanced features help to reduce or eliminate any system downtime. Unlike other vendors, D-Link's DSN-6000 Series is able to upgrade to firmware without the system going offline. Both firmware image & volume handling are well protected by the redund