D-Link DSN-1100-10 Datasheet - Page 1
D-Link DSN-1100-10 - xStack Storage Area Network Array Hard Drive Manual
UPC - 790069321559
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DSN-1100-10 iSCSI SAN Array Features • Handles Over 80,000 I/Os Per Second • Battery Protected Cache Memory: 256MB Standard • System Memory: 256MB Standard • 5 Hot-Swap SATA Hard Drive Bays • Supports 10TB Capacity using 2TB Hard Drives • RAID Support: 0, 1, 1+0, and 5 • Supports up to 1024 volumes and host connections • Mix and Match disk drives within a single array • Different Capacities, Manufacturers, Technologies and Speeds • Volume Virtualization technology • Supports multiple RAID types and volumes segments on single drive • Optimizes capacity utilization and maximizes performance • Supports Online Capacity Expansion, Volume Reconfiguration and Migration on the fly • Drive Roaming supported in Power Off • 200 Watt Power Supply • Compact Cube Chassis Fits Anywhere High Performance iSCSI Interface • Four 1GbE Data Ports Storage Network Management business xStack Storage® 4x1GbE iSCSI SAN Array with 5 SATA Bays Introduction D-Link's DSN-1100-10 iSCSI SAN array is an entry-level network storage solution in a compact, desktop form factor, ideal for small businesses. The heart of the DSN-1100-10 is a powerful 10Gbit iSCSI System-on-a-Chip (SoC) capable of handling over 80,000 I/Os per second. The DSN-1100-10 supports 10TB of raw capacity using 2TB drives. The DSN-1100-10 can be easily implemented as a supplemental backup platform for quick restores, as secondary online storage, or as bandwidth demanding primary storage for security surveillance and A/V applications. iSCSI for IP Networks Storage Area Networks (SANs) have traditionally been reserved for complex Fibre Channel networks. The recent introduction of iSCSI has extended the powerful centralized storage capabilities of SAN technology to IP networks. By utilizing existing Ethernet technology, the costs associated with Fibre Channel switching, separate host bus adapters, expensive storage subsystems and administration is significantly reduced. iSCSI SANs leverage the Ethernet infrastructure and standards that are already familiar to most IT personnel. Four 1GbE Interfaces The DSN-1100-10 supports Multi-path I/O (MPIO), Multiple Connections per Session (MCS), and Link Aggregation Groups (LAG) for unmatched network flexibility, performance and resiliency, allowing its four 1GbE data ports to be grouped together for up to 425MB/s bandwidth. System-on-a-Chip (SoC) Implementation By utilizing a SoC design, the DSN-1100-10 combines both networking and storage functions into a single specialized Application Specific Integrated Circuit (ASIC). This SoC combines 10Gbps iSCSI, TCP & IP offload, 12 embedded processors and storage virtualization firmware onto a single chip. The tight integration of these functions eliminates interoperability, timing and support issues found in competitive products that offer a "discrete implementation" wherein various components are selected separately, then assembled. RAID support D-Link's xStack iSCSI SAN arrays support RAID level 0, 1, 1+0 and 5 configurations (striped sets, mirrored sets, striped mirrored sets and parity sets) for data protection and performance. D-Link supports S.M.A.R.T., disk scan, and nondestructive data migration to prevent disk failure. Embedded Centralized Storage Management The embedded, user-friendly IP-SAN Device Manager (IDM) provides a comprehensive console for system management. Boasting a rich set of management features, this suite of utilities allows monitoring and control of the SAN array via the Storage Management Initiative-Specification (SMI-S) command set. With a secure server, users can remotely configure and monitor their SAN arrays over the Internet. Advanced Management Features The DSN-1100-10 also provides an advanced set of features for efficient management and optimal storage performance. For the fastest RAID performance offered in the industry, D-Link's adaptive cache management provides write coalescing and multi-stream read-ahead on a volume basis, optimizing cache