Detailed Specifications
HPE ProLiant DL360 Gen10 Server
Overview
The HPE ProLiant DL360 Gen10 is a high-density 1U rack server engineered for enterprise data centers requiring a powerful and versatile compute foundation. It excels in environments where physical space is a premium, delivering an uncompromising blend of performance, security, and agility for workloads like virtualization, database acceleration, and high-performance computing. This specific configuration is built to provide a robust starting point for demanding applications, balancing core density and processor frequency to manage diverse and resource-intensive tasks without creating a large data center footprint. It addresses the need for a secure, performance-driven compute node that can scale as business requirements evolve. At its core, this model leverages a 16-core Intel Xeon Gold 6226R processor, which provides substantial multi-threaded performance for concurrent virtual machines and applications. Security is fundamentally integrated, starting with the HPE Silicon Root of Trust, which creates an immutable fingerprint in the silicon to ensure the server never boots with compromised firmware. This hardware-validated security is managed through the HPE Integrated Lights-Out 5 (iLO 5) controller, which provides comprehensive remote server management, diagnostics, and automation capabilities. This combination of processing power and deeply embedded security allows for the confident deployment of business-critical services. Designed for seamless integration into existing rack infrastructure, the 1U chassis fits into standard server racks, making it an ideal building block for scale-out clusters or as a standalone workhorse. The server's architecture supports significant memory and storage expansion, allowing it to be tailored for specific roles, from a database host to a node in a hyperconverged cluster. Management is streamlined through HPE iLO 5 and HPE OneView, which automate the most essential server lifecycle tasks. This simplifies operations, reduces manual intervention, and allows IT teams to manage infrastructure as code through its robust API.
