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HP AP764A StorageWorks MDS600 Hard Drive Array 35 x HDD
- Supports up to 35 x 3.5-inch SAS or SATA hard drives.
- Modular design for easy expansion and maintenance.
- High availability features for continuous data access.
- Designed for use with HP StorageWorks disk systems.
- Offers significant storage capacity in a compact footprint.
- Optimized for performance and reliability in enterprise storage deployments.
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Product Overview
The HP AP764A StorageWorks MDS600 Hard Drive Array is a high-density, scalable storage solution designed for demanding enterprise environments. It provides a robust platform for consolidating and managing large volumes of data with support for up to 35 large form factor hard drives.
Technical Information
| Drive Bays | 35 x 3.5-inch |
| Drive Types Supported | SAS, SATA |
| Form Factor | Rack Mountable |
Additional Specifications
| Product Line | HP StorageWorks MDS600 |
| Interface | SAS |
Product Description
The HP AP764A is a key component of the HP StorageWorks Modular Disk System (MDS) 600, a highly scalable and flexible storage platform. This hard drive array is engineered to provide massive storage capacity and high performance for mission-critical applications. Its dense design allows for a significant number of drives to be housed within a standard rack, making it an efficient solution for data centers looking to consolidate storage. The MDS600 array is built with enterprise-grade reliability in mind, featuring redundant power supplies and cooling fans to ensure continuous operation. It supports both SAS and SATA drives, offering flexibility in choosing between performance and cost-effectiveness for different storage tiers. The modular architecture simplifies upgrades and maintenance, allowing for drives and other components to be hot-swapped without interrupting service. This array is ideal for a wide range of workloads, including large-scale file serving, direct-attached storage for servers, and as a building block for SANs. Its ability to scale up to 35 drives makes it suitable for organizations with rapidly growing data storage needs, providing a cost-effective path to expanding capacity without sacrificing performance or availability.
