96MPXEI-2.8-25M20T

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Embedded - Microprocessors

The 96MPXEI-2.8-25M20T is an embedded microprocessor designed for applications requiring reliable performance and low power consumption. It is designed for a wide range of applications, ranging from industrial automation and medical monitoring to automotive control systems and robotics. The 96MPXEI-2.8-25M20T combines low power consumption with an advanced architecture that allows it to handle demanding tasks while maintaining high reliability.

Architecture

The 96MPXEI-2.8-25M20T is based on a highly efficient RISC micro-architecture that includes an 8-stage integer pipe, 16K instruction and 16K data cache, 2K-byte unified level-one (L1) cache and an 8-bit instruction set. It also provides up to 16 freerunning timers and 16 interrupts for servicing external operations.

Power Consumption

The 96MPXEI-2.8-25M20T has a low power consumption of only 2.42 Watts, which is one of the lowest power consumption for embedded processors. It offers inherently reliable and low power performance with the use of its advanced power control, power optimization, sleep mode, and fast wake-up capabilities. This enables the processor to scale performance to meet challenging real-time applications with high reliability.

Application Fields

The 96MPXEI-2.8-25M20T is ideal for embedded applications, including industrial automation and medical monitoring due to its advanced performance, reliability, low power consumption, and small size. It is suitable for applications such as: industrial control, robotics, energy and power management, home automation, automotive control, machine vision, and medical monitoring.

Working Principle

The 96MPXEI-2.8-25M20T employs an advanced pipeline architecture with 8-stages that is designed to increase performance and reduce system cost. Its instruction set is optimized for 8-bit controllers and supports C language and binary code programming. Its highly efficient memory management allows for dynamic memory allocation, which helps reduce system complexity and improve performance. The processor is designed for low interrupt latency, allowing it to take advantage of high-speed CPU operations and quick response times when servicing interrupts.

Conclusion

The 96MPXEI-2.8-25M20T is an embedded microprocessor designed for applications requiring reliable performance and low power consumption. Its advanced architecture, low power consumption, and small size make it an ideal choice for industrial automation and medical monitoring applications. It features 8-stage integer pipe, 16K instruction and 16K data cache, 2K-byte unified level-one (L1) cache, 8-bit instruction set, and up to 16 freerunning timers and 16 interrupts. Its instruction set is optimized for 8-bit controllers and supports C language and binary code programming, allowing it to take advantage of high-speed CPU operations and quick response times when servicing interrupts.

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