Rack Server R760-NVME-NVME-BB-8X8-HP-NR Backboard - High Power Motherboard

Description:

The R760 8x NVMe + 8x NVMe (Change Backboard) with a High Power Motherboard and No Riser configuration is a cutting-edge, high-performance storage solution designed for environments requiring extreme speed and high-density storage. With support for 8 NVMe drives on one backboard and an additional 8 NVMe drives on a second, changeable backboard, this system is designed to offer maximum flexibility and scalability for high-performance applications.

The High Power Motherboard is engineered to handle the most demanding workloads, offering the computational power needed for tasks such as real-time data processing, big data analytics, high-frequency trading, and intensive storage applications. The No Riser design simplifies the system setup and reduces overall complexity by eliminating the need for additional riser cards, ensuring a more compact and efficient configuration.

This setup is ideal for enterprises, data centers, and businesses requiring both high performance and storage scalability, with the added flexibility of easily changing the backboard to adapt to future needs.

Key Features:

8x NVMe + 8x NVMe (Changeable Backboard): Supports a total of 16 NVMe drives, divided between two changeable backboards (8 NVMe drives per backboard), providing high-density, ultra-fast storage with incredible throughput. Perfect for applications that demand both high capacity and speed.

NVMe Technology: NVMe drives offer ultra-low latency and high-speed data access, making them ideal for high-performance computing, databases, real-time data analysis, and other intensive workloads.

High Power Motherboard: Equipped with a High Power Motherboard, this system supports powerful processors to handle large-scale, resource-heavy applications, providing excellent performance for demanding workloads like virtualization, big data, and high-performance computing.

No Riser: The No Riser design eliminates the need for riser cards, reducing system complexity and making it easier to set up and maintain the system. This streamlined design results in a more compact and efficient storage solution.