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HP JD239BR 7506 6 x I/O Module Slots + 2 x Fabric Slots Chassis
- HP 7506 Chassis
- 6 x I/O Module Slots
- 2 x Fabric Slots
- Modular design for server/networking components
- Provides physical housing and connectivity
- Component for larger infrastructure systems
Free U.S. Ground Shipping
Typically 1-2 handling + 3-7 transit days
Purchase orders accepted
For government, enterprise, data center, and small business customers.
Bulk Purchase Inquiry
Volume pricing and availability
Product Overview
The HP JD239BR is a chassis component, specifically a 7506 model, featuring 6 I/O module slots and 2 fabric slots. This is not an optical drive but rather a part of a larger server or networking infrastructure, likely a blade server enclosure or similar modular system. It provides the physical framework and connectivity for other functional modules.
Technical Information
| Product Type | Chassis |
| Model | 7506 |
| I/O Module Slots | 6 |
Additional Specifications
| Fabric Slots | 2 |
| Compatibility | Designed for specific HP modular server/networking systems |
Product Description
The HP JD239BR refers to a specific chassis model, the 7506, which is designed as a foundational component for building scalable server or networking solutions. This chassis provides the physical structure and essential connectivity points for various functional modules, allowing for a highly customizable and adaptable infrastructure. With six slots dedicated to I/O (Input/Output) modules, the chassis can accommodate a range of network interface cards, storage controllers, or other peripheral expansion cards. Additionally, the presence of two fabric slots suggests its role in high-speed interconnectivity, likely for connecting to network fabrics or other chassis in a clustered environment. This modular approach allows organizations to tailor their systems precisely to their performance and connectivity requirements. This component is not a standalone end-user device like an optical drive but rather a critical piece of hardware within a larger enterprise-grade system. Its purpose is to house and power these modules, ensuring reliable operation and facilitating efficient data flow within the deployed infrastructure.
