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Dell 0VG76D 2.5-inch Drive Backplane with Cable
- 2.5-inch Drive Backplane
- Includes necessary cable(s)
- Designed for Dell PowerEdge servers
- Supports SATA/SAS drives
- Facilitates hot-swappable drive installation
- Provides data and power connections for drives
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Product Overview
The Dell 0VG76D is a 2.5-inch Drive Backplane with Cable, designed for Dell PowerEdge servers. It provides the necessary interface and connectivity for installing small form-factor drives.
Technical Information
| Product Type | 2.5-inch Drive Backplane with Cable |
| Drive Size | 2.5-inch |
| Server Compatibility | Dell PowerEdge (specific models may vary) |
Additional Specifications
| Interface | SATA/SAS |
| Part Number | 0VG76D |
Product Description
The Dell 0VG76D is a backplane board specifically designed for 2.5-inch drives, intended for use in compatible Dell PowerEdge server models. This component integrates into the server chassis, providing the physical connectors and electrical pathways required to interface with one or more small form-factor hard drives or SSDs. The inclusion of the necessary cable(s) simplifies installation by ensuring that all required connections are provided. This backplane board supports modern storage interfaces such as SATA and SAS, offering flexibility in the choice of drives that can be installed. It is engineered to facilitate hot-swappable drive functionality, allowing for drives to be added, removed, or replaced without the need to power down the server. This feature is critical for maintaining high availability and simplifying maintenance procedures in enterprise environments. The 0VG76D backplane board connects the drives to the server's storage controller (e.g., RAID controller or HBA), enabling the system to recognize, manage, and utilize the installed storage devices. It ensures that each drive bay receives stable power and reliable data signals, contributing to the overall performance and reliability of the server's storage subsystem. This component is essential for configurations that require efficient use of space while maintaining robust storage capabilities.
