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HP 841639-001 Apollo R2200 Gen 9 LFF CTO Chassis
- Large Form Factor (LFF) drive bays for ample storage.
- Scalable design for growing data needs.
- Optimized for high-density computing environments.
- Supports various HP ProLiant server configurations.
- Robust cooling and power infrastructure.
- Designed for demanding enterprise workloads.
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Product Overview
The HP 841639-001 is an Apollo R2200 Gen9 LFF CTO Chassis, a dense and scalable server chassis designed for high-performance computing and storage solutions. It provides a flexible platform for building custom server configurations.
Technical Information
| Chassis Type | Rackmount (2U) |
| Drive Form Factor | LFF (Large Form Factor) |
| Generation | Gen9 |
Additional Specifications
| Scalability | High |
| Target Use | High-Performance Computing, Storage |
Product Description
The HP Apollo R2200 Gen9 LFF CTO Chassis (SKU 841639-001) is a foundational component for building powerful, high-density server solutions within HP's Apollo family. This chassis is specifically designed to accommodate Large Form Factor (LFF) hard drives, offering substantial storage capacity per server node. Its 2U rackmount form factor allows for efficient deployment in dense data center environments, maximizing compute and storage resources within a limited footprint. As a CTO (Configure-To-Order) chassis, the R2200 Gen9 provides a flexible platform that can be tailored with various HP ProLiant server blades and components. This adaptability makes it suitable for a wide range of demanding enterprise workloads, including big data analytics, high-performance computing (HPC) clusters, and large-scale storage arrays. The chassis is engineered with robust power and cooling subsystems to ensure stable operation even under sustained heavy loads. The scalability of the Apollo R2200 Gen9 is a key advantage, allowing organizations to start with their current needs and expand their infrastructure as data volumes and processing requirements grow. Its design emphasizes efficiency, reliability, and performance, making it a strategic choice for data centers looking to optimize their infrastructure for modern, data-intensive applications. The integration of LFF drives further enhances its utility for storage-centric deployments.

