HPE DL38X GEN10 4LFF MID-PLANE HDD 826686-B21

Description

HPE DL38X Gen10 4LFF Mid-Plane HDD 826686-B21

The HPE DL38X Gen10 4LFF Mid-Plane HDD 826686-B21 is a server storage expansion component designed to enable and manage four large form factor hard drives in compatible HPE DL38X Gen10 servers. Engineered and qualified by Hewlett-Packard Enterprise, this mid-plane provides reliable internal connectivity and ensures proper integration of LFF drives within enterprise server environments.

Enable 4LFF Storage Configuration

This mid-plane allows HPE DL38X Gen10 servers to support four LFF (3.5-inch) HDDs, making it ideal for capacity-focused deployments. It provides the necessary internal connections between the drive bays and the server backplane architecture, ensuring stable data transmission and power delivery.

Designed for HPE DL38X Gen10 Servers

Specifically built for HPE DL38X Gen10 platforms, this mid-plane guarantees mechanical fit, firmware compatibility, and predictable behavior. Using genuine HPE components helps avoid integration issues and ensures long-term system stability.

Ideal for Capacity-Driven Workloads

LFF configurations are commonly used for backup, archival storage, file servers, and data repositories. This mid-plane enables those use cases by supporting high-capacity drives while maintaining enterprise-grade reliability.

Enterprise-Grade Reliability

As an original HPE server option, the 826686-B21 mid-plane is tested to meet strict quality and durability standards. It is designed for continuous operation in data center environments, supporting long service life and consistent performance.

Key Features

• Supports four LFF (3.5-inch) HDDs

• Designed for HPE DL38X Gen10 servers

• Enables internal HDD connectivity and power routing

• Optimized for capacity-focused storage deployments

• Genuine HPE enterprise server component

Ideal Use Cases

This mid-plane is ideal for enterprise servers used in backup systems, file storage, archival solutions, virtualization environments with high capacity needs, and data centers expanding LFF storage configurations.