MPC8545HXANG

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The MPC8545HXANG is an embedded processor from Freescale Semiconductor, designed for applications requiring high performance and low power consumption. It is powered by a Power Architecture e500mc core, and is optimized for space constrained embedded applications. The device has advanced power and temperature control, making it suitable for high-end consumer and industrial control applications.

MPC8545HXANG Features

• Power Architecture e500mc core at up to 1.5GHz
• Integrated Floating Point Unit and Memory Controller
• 1.5 GBytes/second DDR2 memory interface
• 2 GBytes of on-chip debug storage
• Integrated Security Engine
• Integrated Clock Management Unit
• Powerful Core Reset and Core Instruct features
• Highly resilient design for improved fault tolerance
• Low power consumption

Application Fields

MPC8545HXANG devices are specifically designed for high-end applications requiring advanced digital signal processing, low power operation and flexibility. The device is ideal for embedded control applications in digital audio, video, gaming, industrial automation, medical imaging and instrumentation, communications, networking and other real-time systems.

The device has excellent reliability and thermal performance to ensure long-term reliability and safety. The robust design makes the device suitable for demanding industrial and automotive applications, while the power and temperature control features provide the flexibility to meet the needs of consumer electronics.

Working Principle

The MPC8545HXANG processor features a 32-bit Power Architecture e500mc core that runs at up to 1.5Ghz. The device includes a powerful Floating Point Unit (FPU) and Memory Controller that provides up to 1.5 Gbytes/sec memory access bandwidth. The device also includes a dedicated instruction queue and instruction queue reservation station to ensure optimum performance for running performance-critical applications.

The device further includes an integrated Security Engine that provides integrated security features like hardware encryption and authentication, secure code and data protection, and secure boot. The Clock Management Unit (CMU) provides clock synchronization and frequency scaling, allowing the processor to be adjusted to run at optimal performance for a variety of applications.

In addition, the device has advanced reset control and core instruction features, making it suitable for complex high-performance embedded applications. The integrated temperature control feature allows the device to be used in high-reliability industrial and automotive applications. The device also includes a provision for an external temperature sensor that can be used to monitor the device’s temperature in extreme operating conditions.

Conclusion

The MPC8545HXANG is a highly-integrated embedded processor that is ideally suited for embedded applications requiring low power and high performance. Its advanced power and temperature control features enable the device to be used in high-end consumer and industrial control applications. The device is also well-suited for demanding industrial and automotive applications due to its excellent reliability and thermal performance.

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