826690-B21

Overview Of 826690-B21

Introducing the HPE DL38X Gen10 Premium 8SFF HDD Bay Drive Enclosure, a cutting-edge solution designed to revolutionize your network infrastructure. With 8 2.5" bays and support for up to 8 hard drives, this enclosure offers unparalleled storage capacity. Powered by advanced technology from Hewlett Packard Enterprise, it seamlessly integrates into diverse network environments, supporting high-speed network technologies for optimal connectivity. Experience superior performance metrics and enjoy the sleek and efficient design that complements any setup.
Enhance your data security with the DL38X Gen10's built-in encryption protocols and robust access controls. Scale effortlessly with versatile power supply options and customizable redundancy features. Benefit from its expandability with 8 total expansion bays, providing ample room for growth. Delve into its technical specifications, such as the premium chipset ensuring reliable performance, and the rack-mountable form factor for flexible deployment. Stand out with this product's unique blend of features, from advanced management interfaces to top-notch cooling solutions, catering to your virtualization needs. Elevate your network with a versatile, secure, and high-performing drive enclosure that delivers beyond expectations.

Form Factor	Rack-mountable design for versatile deployment options
Network Technology	Supports high-speed connection types for optimal network performance
Security Features	Enhanced data protection with encryption protocols and access controls
Expansion Bays	8 total expansion bays for scalable storage capacity
Redundancy Options	Customizable power supply redundancy for uninterrupted operation
Chipset	Premium chipset for superior performance and reliability
Management Interfaces	Advanced interfaces for seamless device management
Cooling Solutions	Top-notch cooling mechanisms for optimal system temperature
Expandability	Modular components for easy expansion and customization
Virtualization Support	Designed to meet virtualization requirements efficiently