Hpe Proliant Server P73286-B21 HPE ProLiant Compute DL380 Gen12 EDSFF NC Configure-To Order Server

Model SKU: P73286-B21 (EDSFF NC CTO Server)

The HPE ProLiant DL380 Gen12 is a pioneering 2U 2P server designed for the next generation of data-centric workloads. This specific EDSFF (Enterprise and Data Center Standard Form Factor) configuration represents the cutting edge of storage technology. By utilizing the E3.S form factor, it provides unprecedented NVMe storage density, thermal efficiency, and signal integrity, making it the premier choice for AI, high-frequency trading, and massive-scale virtualization.

• Revolutionary EDSFF Density: Optimized for E3.S NVMe drives, allowing for higher drive counts and better airflow compared to traditional SFF drives, maximizing performance per rack unit.

• Next-Gen Thermal Design: The EDSFF form factor is designed for superior cooling, enabling the server to maintain peak performance for high-TDP PCIe Gen5 NVMe SSDs without throttling.

• Unparalleled Security: Protected by the HPE Silicon Root of Trust, which anchors the BIOS/firmware to the hardware to protect against sophisticated cyberattacks and "rootkits."

• Future-Ready I/O: Built natively for PCIe Gen5, providing the massive bandwidth required to feed modern 4th and 5th Gen Intel® Xeon® Scalable processors.

• Cloud-Integrated Management: Seamlessly managed via HPE GreenLake for Compute Ops Management, offering a unified, secure cloud-based dashboard for global infrastructure.

• Ultra-Low Latency Storage: By leveraging E3.S NVMe Gen5 SSDs, this server delivers the highest possible storage throughput, drastically reducing wait times for data-intensive AI training and real-time analytics.

• Massive Memory Bandwidth: The shift to DDR5 memory provides a significant performance uplift for in-memory databases and large-scale virtualization clusters.

• Intel® AMX Acceleration: Features integrated Intel® Advanced Matrix Extensions (AMX), which provides a hardware-level boost for AI inference and deep learning workloads directly on the CPU.

• Power Efficiency: The EDSFF design reduces the energy required for cooling, allowing more power to be diverted to the compute and storage components for better overall efficiency (Performance-per-Watt).