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HP Q2N05AR Superdome Flex 4-Socket Base 5U Switch Chassis
- Product Type: Switch Chassis
- System: HP Superdome Flex
- Configuration: 4-Socket Base
- Form Factor: 5U Rackmount
- Provides core infrastructure for Superdome Flex servers
- Includes high-speed interconnects and expansion slots
- Designed for mission-critical, high-availability computing
- Supports multiple processors and large memory configurations
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Product Overview
This is the HP Q2N05AR Superdome Flex 4-Socket Base Switch Chassis. It serves as the foundational component for building a Superdome Flex server system, providing the core switching fabric and expansion capabilities.
Technical Information
| Product Type | Switch Chassis |
| System | HP Superdome Flex |
| Socket Count | 4-Socket Base |
Additional Specifications
| Form Factor | 5U Rackmount |
| Core Function | Server Infrastructure Foundation |
| High Availability | Yes |
Product Description
The HP Q2N05AR Superdome Flex 4-Socket Base Switch Chassis is the fundamental building block for constructing a powerful and highly available Superdome Flex server. This 5U rackmount chassis houses the core switching fabric, processor sockets, memory interfaces, and expansion capabilities that define the Superdome Flex architecture. Designed for mission-critical workloads, the Superdome Flex platform is renowned for its extreme scalability, reliability, and performance. The base chassis provides the essential infrastructure to support up to four Intel Xeon Scalable processors, a massive amount of system memory, and high-speed internal interconnects that enable seamless communication between all components. This chassis is engineered to deliver exceptional uptime and resilience, incorporating features like redundant power supplies and cooling, along with advanced error detection and correction mechanisms. It serves as the central hub for integrating compute, memory, and I/O resources, making it the ideal foundation for demanding enterprise applications, large in-memory databases, and mission-critical consolidation projects.
