P40444-001 – HPE DL360 U.3 8-NVMe BC Backplane

Expand Storage Capacity with the HPE P40444-001 DL360 U.3 8-NVMe BC Backplane

The P40444-001 – HPE DL360 U.3 8-NVMe Boot Class (BC) Backplane is an advanced expansion solution designed to enhance the storage capabilities of your HPE ProLiant DL360 server. This backplane supports up to 8 NVMe U.3 drives, allowing for ultra-fast data access and reduced latency for storage-intensive applications such as virtualization, database management, and cloud computing. Engineered to meet enterprise needs, the HPE DL360 NVMe Backplane enables high-speed data transfers with the latest NVMe technology, optimizing server performance and efficiency.

With seamless integration into HPE ProLiant DL360 servers, this backplane is ideal for businesses looking to maximize storage density and improve data throughput. Its compact design and boot-class support allow for faster boot times, enhancing the overall functionality and flexibility of your server environment. Whether you are upgrading an existing server or building a high-performance infrastructure, the HPE DL360 U.3 8-NVMe BC Backplane is a powerful choice for expanding your storage capacity.

Nøglefunktioner

• Supports Up to 8 NVMe Drives: Allows for the installation of up to 8 NVMe U.3 drives, providing high-speed data access and improved storage density.
• Boot Class (BC) Ready: Optimized for faster boot times, making it ideal for applications that require rapid startup and quick access to stored data.
• Ultra-Fast NVMe Interface: Delivers low-latency, high-speed data transfers, enhancing performance in data-intensive environments.
• Seamless HPE DL360 Integration: Specifically designed for HPE ProLiant DL360 servers, ensuring easy installation and compatibility.
• Enhanced Server Performance: Optimizes server functionality by improving data throughput, making it ideal for demanding applications such as virtualization, data analytics, and cloud storage.
• Compact and Efficient Design: Fits within the compact HPE DL360 chassis, enabling space-saving storage expansion without compromising performance.