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The IBM 3206K0424 is a PowerPC microprocessor IC featuring a single-core architecture operating at a clock speed of 133MHz. It is housed in a 624-CBGA (32x32) package, designed for embedded network resource applications. The component integrates SRAM-based RAM controllers and supports surface mount technology. As a specialized processor unit, it provides the computational foundation for real-time industrial and networking systems requiring reliable data processing within a compact integrated circuit form factor.
Verify the specific revision level and manufacturing date code against your system requirements before integration. Ensure that the CBGA-624 package compatibility matches your PCB footprint and thermal design specifications. Confirm authenticity through authorized channels to avoid counterfeit components, as this legacy part may have multiple production sources or re-marked variants available in the secondary market.
Select this component when a single-core PowerPC solution with 133MHz performance is required for network-centric embedded designs. Consider the 624-CBGA package constraints regarding board space and soldering complexity. Evaluate if the integrated SRAM controllers meet your memory architecture needs without external memory interfaces. This part is suitable for legacy system maintenance or specific industrial applications where PowerPC ecosystem support is mandatory.
This microprocessor belongs to IBM's PowerPC family, targeting embedded and networking sectors. It represents a generation of processors designed for high-reliability applications. The 3206K series typically serves as a core processing unit in specialized hardware solutions, distinct from general-purpose consumer CPUs by its focus on deterministic performance and integrated peripheral control capabilities.
Publicly confirmed direct substitute part numbers are not available in standard documentation. Cross-reference with IBM or Rochester Electronics technical bulletins for pin-compatible alternatives. Verify architectural compatibility if migrating to newer PowerPC generations, as instruction set extensions may differ.