875581-B21

Overview Of 875581-B21

Introducing the HPE Sourcing Solid State Drive, a high-performance storage solution ideal for servers. Boasting a generous 960 GB capacity and utilizing the efficient PCIe interface, this internal M.2 22110 drive from HPE Sourcing is designed to seamlessly integrate into your server infrastructure. Experience lightning-fast data transfer speeds and reliable operation with its advanced technology, catering to demanding network environments. This drive supports PCIe x4 for enhanced connectivity and is power-efficient, consuming only 5W, ensuring optimal performance without compromising on energy efficiency.
Delve deeper into the HPE Sourcing Solid State Drive's impressive security features, scalability, and versatile capabilities. Benefit from its robust encryption protocols, ensuring data protection and secure operations. Tackle evolving storage needs effortlessly with scalable options and advanced power supply configurations. This drive stands out with its Manufacturer Part Number 875581-B21, embodying quality and innovation. Elevate your storage capabilities with this drive's cutting-edge technology, offering a blend of performance, reliability, and expandability that caters to the diverse requirements of modern server setups.

Primary Processor/Chipset	Enhances performance and reliability.
Form Factor	Ideal for seamless integration in various environments.
Supported Network Technologies	Enables flexible connection options.
Security Features	Ensures data protection with advanced encryption.
Power Supply Options	Offers versatile power configurations.
Redundancy	Ensures continuous operations with backup mechanisms.
Scalability Features	Facilitates easy expansion to meet growing demands.
Unique Capabilities	Integrates advanced technologies for optimized performance.
Management Interfaces	Streamlines operations with user-friendly controls.
Cooling Solutions	Ensures optimal temperature management for sustained performance.
Virtualization Support	Enables efficient resource utilization and system flexibility.