The Microsoft 2022 Standard Edition includes HPE Reseller Option Kit (ROK) licensing and is compatible with HPE ProLiant servers—including the HPE DL380 Gen10 Plus—allowing smooth installation in both physical and lightly virtualized environments, enabling enterprise-grade performance and reliability.
Windows 2022 introduces multi-layer security enhancements to protect organizations from evolving cyber threats, while enhanced hybrid capabilities facilitate the integration between Microsoft Azure and on-premise resources via centralized management and security control.
Microsoft Windows Server 2022 Standard 16-Core ROK Product Specifications
• Product Name: Microsoft Windows Server 2022 Standard 16-Core ROK (English)
• Product Part Number: P46171-A21
• Edition: Microsoft Windows Server Standard
• License Type: 16-Core
• Language: English
• HPE ROK Format: HPE ROK
• Deployment Method: Physical (non-virtualized) or lightly virtualized environments
• Hardware Compatibility: HPE ProLiant servers, including DL380 Gen10 Plus
Key Benefits of Microsoft Windows Server 2022 Standard 16-Core ROK Products:
• Optimized for HPE ProLiant server implementation
• Advanced multi-layer security
• Integrated Azure-based hybrid cloud
• Advanced support for virtualization and container technology
• Reliable business-critical application operating environment
• Simple licensing via HPE ROK
• Scalable infrastructure for growing organizations
• Simplified management operations and operational efficiency
Best Use Cases:
• HPE ProLiant DL380 Gen10 Plus
• Small/medium-sized businesses
• Enterprise-level IT organizations
The 2022 standard edition of Microsoft Windows Server is designed to be secure and scalable, using 16 cores to perform various functions on HPE ProLiant servers. These functions can be optimized for HPE DL380 Gen10 Plus models. Microsoft Windows Server 2022 provides advanced security capabilities, the ability to integrate with hybrid cloud environments, support for virtualization technologies, and dependable performance for modern workloads.
