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HP D6965AVR Net Server LPr Intel Pentium II 450MHz 64MB RAM 2U Rack-Mountable Server
- 2U rack-mountable form factor
- Intel Pentium II 450MHz processor
- 64MB RAM
- Designed for entry-level server applications
- Includes basic network connectivity
- Suitable for small business or departmental use
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 D6965AVR Net Server LPr is a 2U rack-mountable server featuring an Intel Pentium II 450MHz processor and 64MB of RAM. It is designed for basic server tasks and network services.
Technical Information
| Server Type | Rack-Mount Server |
| Form Factor | 2U |
| Processor | Intel Pentium II 450MHz |
Additional Specifications
| Memory | 64MB RAM |
| Manufacturer | HP |
Product Description
The HP D6965AVR Net Server LPr represents an entry-level server solution from Hewlett-Packard, designed for deployment in a 2U rack space. This server is equipped with an Intel Pentium II processor clocked at 450MHz, which was a capable processor for its time, suitable for handling basic server workloads. It comes with 64MB of RAM, providing sufficient memory for operating systems and essential server applications like file sharing, print services, or basic network management tasks. Its 2U rack-mountable design makes it an efficient choice for environments where space is a consideration, such as small business server rooms or departmental IT closets. The Net Server LPr series was often targeted at organizations needing a reliable, no-frills server for foundational network services. While not designed for high-performance computing or heavy virtualization, it offers the stability and manageability expected from HP server hardware of that era. This model likely includes standard I/O ports for networking and storage, though specific configurations can vary. It serves as a testament to the evolution of server technology, representing a generation of hardware that laid the groundwork for today's more powerful and complex systems. For current applications, its performance would be considered very limited, but it may still be functional for legacy systems or very specific, low-demand tasks.
