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HPE - 845627-B21 500 CTO Chassis:ProLiant Apollo 6000 FamilyCTO Gen9.
- Product Type: CTO Chassis
- Family: HPE ProLiant Apollo 6000 Gen9
- Form Factor: Rack-mountable (specific density depends on configuration)
- Designed for high-density computing and scale-out workloads
- Supports multiple server nodes within a single chassis
- Provides robust power and cooling infrastructure
- Ideal for HPC, Big Data analytics, and cloud environments
- Requires specific server node configurations to be fully functional
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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 HPE 845627-B21 is a CTO (Configure-To-Order) chassis for the ProLiant Apollo 6000 Family Gen9. It serves as the foundational enclosure for building a customized high-density computing solution, designed for demanding scale-out workloads.
Technical Information
| Product Type | CTO Chassis |
| Server Family | HPE ProLiant Apollo 6000 Gen9 |
| Form Factor | Rack-mountable |
Additional Specifications
| Target Workloads | High-Density Computing, Scale-Out |
| Configuration | Configure-To-Order (CTO) |
Product Description
The HPE 845627-B21 represents the chassis component for the HPE ProLiant Apollo 6000 Family, specifically designed for the Gen9 generation of servers. As a CTO (Configure-To-Order) chassis, it is not a complete server but rather the foundational enclosure that allows for extensive customization. This chassis is engineered to house multiple high-density server nodes within a single, consolidated footprint, making it exceptionally well-suited for environments that require massive compute power and scalability. The ProLiant Apollo 6000 Gen9 chassis is built to address the challenges of modern data centers, particularly those focused on High-Performance Computing (HPC), Big Data analytics, and large-scale cloud deployments. Its design prioritizes efficient power distribution, advanced cooling solutions, and a robust infrastructure that can support the demanding operational requirements of numerous compute nodes operating in close proximity. This high-density approach optimizes rack space utilization and simplifies management for large-scale deployments. To become a fully functional server solution, the 845627-B21 chassis must be populated with specific HPE ProLiant Apollo 6000 Gen9 server nodes, along with other necessary components such as processors, memory, storage, and networking. This CTO model offers flexibility, allowing organizations to tailor the server's specifications precisely to their unique workload requirements, ensuring optimal performance and cost-effectiveness. It is a critical building block for organizations seeking to deploy powerful, scalable computing resources.
