3206K3389

Overview

The IBM 3206K3389 is a processor component designed for network resources within enterprise timing architectures. It operates on a standard 3.3 V supply rail and utilizes an internal oscillator to manage clock timing functions. This part serves as a specialized hardware element for resource processing in legacy systems, ensuring precise synchronization for network applications.

Feature Summary

• Dedicated processor architecture for network resource management
• Integrated internal oscillator for clock timing generation
• Compatible with standard 3.3 V supply rails

Applications

• Enterprise timing system synchronization
• Network resource processing units
• Legacy IBM hardware maintenance

Procurement Notes

Verify the manufacturer origin and authenticity of the IBM 3206K3389 unit before acquisition. Confirm that the component matches the specific functional description of a network resource processor. Ensure compatibility with existing 3.3 V infrastructure. Request official documentation or datasheets to validate technical specifications and operational parameters.

Selection Notes

Select this component specifically for IBM enterprise timing architectures requiring dedicated network resource processing. It is suitable for systems utilizing standard 3.3 V power supplies. Consider its role in legacy hardware maintenance when replacing failed timing processors. Ensure the application requires the specific internal oscillator capabilities provided by this model.

Part Context

This component belongs to IBM's portfolio of electronic parts for industrial and enterprise computing. It functions as a critical node in timing and synchronization networks. The part is distinct from general-purpose microprocessors, focusing instead on specialized resource handling within defined architectural constraints.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in verified documentation. Replacement should involve direct sourcing of the original IBM 3206K3389 unit to ensure compatibility with legacy timing systems.