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HP 403435-B21 ProLiant BL465c Configure-to-order Blade
- HP ProLiant BL465c Blade Server
- Configure-to-order (CTO) model
- Designed for HP BladeSystem
- High-density computing solution
- Supports AMD Opteron processors (typically)
- Ideal for virtualization and application consolidation
- Flexible configuration options
Free U.S. Ground Shipping
Typically 1-2 handling + 3-7 transit days
Purchase orders accepted
For government, enterprise, data center, and small business customers.
Bulk Purchase Inquiry
Volume pricing and availability
Product Overview
The HP 403435-B21 is a ProLiant BL465c Configure-to-order (CTO) Blade Server. This allows for customization to meet specific IT infrastructure needs within an HP BladeSystem environment.
Technical Information
| Model | ProLiant BL465c |
| Type | Configure-to-order Blade Server |
Additional Specifications
| Form Factor | Blade Server |
| Chassis Compatibility | HP BladeSystem |
Product Description
The HP 403435-B21 is a ProLiant BL465c Configure-to-order (CTO) blade server, offering a flexible platform for businesses to tailor server specifications to their exact requirements. As a CTO model, it provides the base hardware for a powerful blade server that can be customized with specific processors, memory, storage, and network interface options. This blade server is designed to integrate into HP's BladeSystem enclosures, enabling high-density computing environments where multiple servers share common infrastructure components like power, cooling, and networking. The BL465c is known for its ability to support demanding workloads, often featuring AMD Opteron processors, making it suitable for virtualization, database applications, and other resource-intensive tasks. By choosing a CTO model like the 403435-B21, organizations can optimize their server deployments for performance, cost, and specific application needs. This approach ensures that the server hardware precisely matches the intended use case, maximizing efficiency and return on investment within the HP BladeSystem ecosystem.
