MPC17550EV

Overview

The MPC17550EV is an evaluation board designed for the MPC17550 microcontroller, a high-performance automotive MCU based on the Power Architecture e200 core. This platform facilitates rapid development and validation of complex embedded applications in automotive environments. The board integrates essential peripheral interfaces and power management components to support system-level testing. It serves as a hardware foundation for developers to assess the MCU's computational capabilities, real-time control features, and connectivity options without requiring custom PCB design initially.

Feature Summary

• Provides a ready-to-use hardware platform for evaluating the MPC17550 automotive microcontroller
• Supports assessment of real-time control performance and Power Architecture e200 core functionality
• Integrates necessary interface circuits for system-level debugging and application validation

Applications

• Automotive embedded system prototyping
• Real-time control algorithm verification
• Microcontroller feature validation and benchmarking

Procurement Notes

Verify that the specific revision of the MPC17550EV matches your target software toolchain and hardware requirements. Confirm compatibility with required debuggers and programming interfaces before integration into your development workflow. Ensure all necessary accessories or cables are included if not explicitly listed in the order confirmation.

Selection Notes

Select this evaluation kit when immediate hardware access to the MPC17550 MCU is required for early-stage development. It is suitable for teams needing to validate architectural decisions or test peripheral drivers before committing to custom silicon design. Consider availability of supporting documentation and reference designs alongside the physical board.

Part Context

This evaluation module belongs to NXP's portfolio of development tools for automotive microcontrollers. It complements the broader MPC17550 product line by providing a standardized environment for engineers to explore device capabilities. The kit supports the transition from conceptual design to functional prototype within automotive software development cycles.

Replacement Considerations

No direct substitute part numbers are publicly confirmed for this specific evaluation board model. Development kits are typically unique to their target microcontroller series. Check for newer generation evaluation platforms if migrating to updated MCU variants within the same family.