MPC866TZP100A

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An embedded microprocessor can be defined as a microcontroller that is mounted onto a printed circuit board. The microprocessor acts as the main controller or processor of the circuit board, thereby controlling the other components. MPC866TZP100A (hereafter referred to as MPC) is an embedded system-on-chip developed by Freescale Semiconductor, Inc. It is based on the PowerPC architecture and is designed for automotive and storage applications, offering a combination of high performance, low power consumption, and reliability. This article will discuss the application field and working principle of the MPC866TZP100A.

Application field

The MPC866TZP100A is a powerful processor designed for embedded applications in automotive, industrial, and storage. It is also capable of supporting advanced real-time operating systems, real-time communication protocols, and other real-time solutions. Additionally, this processor supports a wide range of custom hardware peripherals, making it suitable for both standard and custom solutions. Some of the application areas that it has been used for include:

• Vehicle access systems
• Powertrain control systems
• Infotainment applications
• Safety and security systems
• Industrial automation
• Digital signage
• Video streaming applications
• Data communication systems

Working principle

The MPC866TZP100A is a 32-bit embedded processor based on the PowerPC architecture. Its core operates at a frequency of 100 MHz and delivers 7200 Dhrystone MIPS. It includes 8 KB of instruction cache and 8 KB of data cache, as well as 32 KB of high-speed static RAM. The processor also features 16-bit external interfaces and supports multiple peripherals, such as high-speed UARTs and LCDs. Additionally, the processor is designed for real-time applications and is capable of supporting high-performance real-time operating systems as well as real-time communication protocols.

The processor also features a state-of-the-art system bus architecture. It supports an AMBA-style on-chip bus that unifies access to the processor’s peripherals and memories. This unified system bus is an intelligent bus that is tuned specifically for improved performance and scalability. Additionally, this system bus supports a variety of popular systems, such as PCI, through interface bridges.

The MPC866TZP100A also allows developers to customize their applications through software-visible system cores. These system cores are pre-validated functions that can be enabled in hardware. Examples of system cores include:

• Real-time scheduling core
• External device control core
• Communication core
• Serial ports core
• Analog-to-digital converter core

The MPC866TZP100A also includes enhanced power management functions. This includes a variety of sleep modes, including deep sleep and active-idle modes, which can be used to reduce the power consumption of applications while keeping the processor in a low-power state. Additionally, it has a power management controller that offers counter-based and timer-based wakeup functionality. This ensures that the processor wakes up and stays in an optimal state.

The MPC866TZP100A is a powerful processor designed for automotive, industrial, and storage applications. It offers a combination of high performance, low power consumption, and reliability. Additionally, its features and capabilities make it suitable for standard and custom solutions. It is capable of supporting advanced real-time operating systems as well as real-time communication protocols. Moreover, its system bus architecture supports a variety of popular systems, such as PCI, and it also features state-of-the-art power management functions.

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