HPE StorageWorks P2000 G3 FC MSA Dual Controller Virtualization SAN Starter Kit disk array Rack (2U)

How can the flexibility of the HP P2000 G3 MSA Array Systems help remedy large storage needs and small budgets? By offering high-performance 8 Gb FC, Combo FC/iSCSI, 6 Gb SAS, 1 Gb or 10 GbE iSCSI connected arrays designed for efficient storage consolidation at affordable prices. The FC/iSCSI Combo controller gives the flexibility to share the array resources over two protocols, supporting the needs of dissimilar departments and budgets.

All P2000 G3 MSA Arrays ship standard with 64 Snapshots and Volume Copy enabled for increased data protection. The FC, Combo FC/iSCSI, and iSCSI controllers allow replication with optional Remote Snap software. The arrays allow departments and small to medium businesses to grow capacity as needed up to 149 drives. Mixing of LFF and SFF enterprise-class SAS and archival-class SATA drives is supported. Configure with a single controller for low initial cost, or dual controllers for high availability for the most demanding entry-level situations.

Easily Managed, Highly Affordable, Highly Efficient and flexible Storage Consolidation

• The HP P2000 G3 MSA Array Systems deliver low cost, consolidated storage array solutions to meet departmental and small to medium businesses requirements with 8Gb Fibre Channel, Combo FC/iSCSI, 6Gb SAS, and 1Gb or 10GbE iSCSI systems accommodating LFF and SFF SAS, SAS MDL, and SATA MDL drives.


Start Small and Grow in Number of Supported Servers and Total Capacity - Adaptable to Changing Needs

• The P2000 G3 MSA allows customers to grow their storage as demands increase from 600GB to 178TB SAS, 384TB SAS MDL or 192TB SATA . The P2000 G3 MSA arrays can support 7 LFF enclosures and 96 drives or 5 SFF enclosures and a maximum of 149 drives. Single or dual controllers accommodate any budget.


Comprehensive Data Protection in an Easily Administered SAN Environment

• Reduce risk of IT failure with dual active/active controllers, dual-ported drives, and redundant hardware components.