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HP AD217B Integrity BL860c Single Processor Blade Server System
- Server Type: Blade Server
- Chassis Compatibility: HP BladeSystem c-Class
- Processor Support: Single Processor
- Form Factor: Full-height blade
- Designed for high-density deployments
- Supports demanding enterprise workloads
- Leverages HP Integrity architecture
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Typically 1-2 handling + 3-7 transit days
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For government, enterprise, data center, and small business customers.
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Product Overview
The HP AD217B is an Integrity BL860c Single Processor Blade Server System. It is designed for high-density, high-performance computing environments within HP's BladeSystem infrastructure.
Technical Information
| Server Type | Blade Server |
| Chassis Compatibility | HP BladeSystem c-Class |
Additional Specifications
| Processor Configuration | Single Processor |
| Form Factor | Full-height blade |
Product Description
The HP AD217B represents the Integrity BL860c, a powerful single-processor blade server system designed to integrate seamlessly into HP's BladeSystem c-Class infrastructure. This blade server is engineered for environments that require high density, exceptional performance, and robust reliability. Its design allows multiple servers to be housed within a single blade chassis, maximizing compute power per rack unit and simplifying data center management. As part of the HP Integrity family, the BL860c leverages advanced architecture optimized for mission-critical applications. It is built to handle demanding enterprise workloads, including virtualization, databases, and high-performance computing tasks. The single-processor configuration provides a cost-effective yet powerful solution for specific application needs within a blade environment. The AD217B is a full-height blade, offering ample space for processors, memory, and I/O expansion options within the blade form factor. This ensures that it can be configured to meet a wide range of performance requirements. Its integration into the BladeSystem ecosystem provides benefits such as shared power, cooling, and networking, further enhancing efficiency and reducing operational costs.
