Dell PowerVault MD3400 Storage Array 12x 3.5 SAS HDD Bay 2x 12G-SAS-4 2xPSU

Dell PowerVault MD3400 Storage Array. In Good Condition, Full Working Order. 1 x Dell PowerVault MD3400 12-Bay 3.5 SAS Storage Array Chassis. X12 Way Backplane for up to 12 x 3.5 SAS or SAS SSD Hard Drives. 2 x SAS 12G Redundant Controllers (4 x SFF-8644 IN / 2 x SFF-8644 OUT Per Controller) - WVM12.

2 x 600W Power Supplies. Consolidate with high-performance, high-capacity storage. Simplify the challenges of large-data storage, management and access with a Dell PowerVault MD3 array with serial attached SCSI (SAS) architecture. Protect your data with optional PowerVault capabilities. All PowerVault MD3 SAS arrays offer premium feature options, including data protection, data replication, encryption and secure data removal. PowerVault MD3400 12Gb SAS array. This SAS array provides high-availability and high-capacity when using 12Gb near-line SAS drives with Direct Attach Storage (DAS). In a 2U, 12-drive enclosure, it can support 4GB cache per controller, or 8GB cache per controller with the dual controller configuration. Up to 2x performance with the new 12Gb SAS array. Up to twelve 3.5-inch or 2.5 SAS, near-line SAS and SSD drives.

Directly connect up to four high-availability (HA)-configured servers or eight non-HA-configured servers to a single MD3400 storage system. Expand capacity with up to eight MD1200 or MD1220 expansion enclosures. Spend less managing your data. The PowerVault MD3 SAS series brings affordability to primary storage and allows you to add capacity and software as needed.

This design keeps your storage directly attached to your data infrastructure. It is compatible with Microsoft Hyper-V, Citrix XenServer and VMware ESX.

In addition, the MD-series storage arrays support vSphere Storage APIs for Storage Awareness (VASA). Simplify physical and virtual resource management with MD Storage Manager and PowerVault VMware vCenter Plug-In 5.0. Speed recovery with Dynamic Disk Pools.

Dynamic Disk Pools protect data by dynamically distributing data across pools of drives. In the event of a drive failure, DDP will identify the critical data and dynamically rebalance the data so the array can return to an optimal state faster than it would in the typical RAID environment. DDP can now support up to 20 disk pools and up to 120 SSDs.