MPC8272ADS

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MPC8272ADS is a type of evaluation board developed by Freescale Semiconductor. It is designed for demonstrations and prototyping of embedded systems using the MPC8272 system-on-a-chip (SoC) integrated circuit. This evaluation board offers an ideal starting point for developing applications using an ARM-based SoC. Applications for the board can range from industrial and automotive control to communications, medical monitoring and more. In this article, we will discuss the application field and working principle of the MPC8272ADS.

Application Fields

The MPC8272ADS is ideal for developing embedded systems that require high-performance networking capability and real-time clock support. Such applications can include medical monitoring systems, vehicle control systems, industrial automation systems, communications systems, and router/firewall solutions. All of these systems require reliable, efficient, and real-time communications.

The MPC8272ADS board supports the MPC8572 SoC, which is based on an ARM architecture. This allows a wide range of applications, such as mobile devices, wireless network security, and streaming media applications. The board also provides a rich feature set, including support for multiple networking interfaces, two USB host ports, and an audio CODEC.

Working Principle

The MPC8272ADS evaluation board is designed to demonstrate the capabilities of the Freescale MPC8572 SoC. It is based on a Freescale MPC8472 processor that uses an ARM architecture. The board features four integrated gigabit Ethernet ports for four independent pathways of data transfer. These ports are used for 1 Gbps data transfer, making them ideal for high-speed networking solutions. The board also provides support for two USB host ports, an audio CODEC, a real-time clock, and three banks of non-volatile RAM.

The board is powered by a 12 V DC adapter and requires two JTAG connectors. Once the board has been connected to a computer, the user can use the Freescale CodeWarrior software package to develop applications for the board. This suite includes a C/C++ compiler, debugger, and RTOS for programming the board. This allows the user to build applications quickly and easily for the MPC8272ADS.

Conclusion

The Freescale MPC8272ADS evaluation board is designed for prototyping and demonstrations of ARM-based SoC applications. It has a wide range of applications, including medical monitoring systems, vehicle control systems, industrial automation systems, communications systems, and router/firewall solutions. The board has four integrated gigabit Ethernet ports for reliable, efficient, and real-time communications. It also supports two USB host ports, an audio CODEC, a real-time clock, and three banks of non-volatile RAM. The MPC8272ADS board is powered by a 12 V DC adapter and requires two JTAG connectors. Once connected to a computer, applications can be developed quickly using the Freescale CodeWarrior software package.

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