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HP AG638-63011 StorageWorks M6412 Dual-Port 12-Bay Fibre
- 12 x 3.5-inch drive bays
- Dual-port Fibre Channel connectivity
- Supports SAS and SATA drives
- Designed for HP StorageWorks M6412 chassis
- High availability and performance for SAN environments
- Hot-swappable drive bays for easy maintenance
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Product Overview
The HP AG638-63011 is a StorageWorks M6412 dual-port Fibre Channel enclosure designed for high-performance storage environments. It offers 12 bays for 3.5-inch SAS or SATA drives, providing significant capacity and flexibility for enterprise data storage needs.
Technical Information
| Product Type | Storage Enclosure |
| Drive Bays | 12 x 3.5-inch |
| Interface | Fibre Channel |
Additional Specifications
| Ports | Dual-port |
| Compatibility | HP StorageWorks M6412 |
Product Description
The HP AG638-63011 is a crucial component of the HP StorageWorks M6412 modular disk array, providing a robust and scalable storage solution. Its dual-port Fibre Channel architecture ensures high availability and redundancy, critical for mission-critical applications and demanding enterprise workloads. The enclosure's 12 drive bays accommodate 3.5-inch SAS or SATA hard drives, allowing for a flexible mix of performance and capacity to meet diverse storage requirements. Engineered for seamless integration within the M6412 chassis, the AG638-63011 facilitates easy expansion of storage capacity. The hot-swappable drive bays enable administrators to replace or add drives without interrupting system operations, minimizing downtime and maximizing storage uptime. This feature is essential for maintaining continuous data access in dynamic IT environments. This storage enclosure is ideal for organizations seeking to consolidate data, improve storage performance, and enhance data protection strategies. Its design emphasizes reliability and manageability, making it a suitable choice for SAN (Storage Area Network) deployments where performance, scalability, and availability are paramount. The dual-port design also supports multipathing configurations for increased resilience and load balancing.
