96MPXE-2.4-25M20T

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Embedded systems are composed of hardware devices like microcontrollers and microprocessors that have the ability to store and process data. An embedded system is typically used to perform real-time events, such as controlling motors and remote devices. Microprocessors are responsible for executing the instructions for embedded systems. One example is the 96MPXE-2.4-25M20T microprocessor.

The 96MPXE-2.4-25M20T is a high-performance embedded microprocessor, which is a 32/64-bit quantum Architecture platform with a 200MHz clock speed. It is designed to provide power to a wide range of embedded systems, including data acquisition systems, industrial control systems, automotive applications, and more. This microprocessor features an integrated cache, direct memory access (DMA) controller and multiple interrupts, making it suitable for complex tasks that require significant memory and data movement.

Application Field

The 96MPXE-2.4-25M20T microprocessor is designed for a wide range of applications. It is ideal for embedded systems that require significant memory and performance such as sensor networks, industrial automation and robot controller. This microprocessor has the ability to process numerous data sets quickly and accurately, making it suitable for monitoring, controlling, and analyzing industrial processes.

The processor can also be used in avionics applications, such as flight control systems. It is capable of managing multiple data flows of audio, video, and navigation information simultaneously. Other applications include telecommunication systems, video-on-demand systems, digital video recorders, and set-top boxes.

Working Principle

The 96MPXE-2.4-25M20T operates on a x86 compatible architecture. It is designed to support the latest advances in computing technology such as virtualization, hyperthreading, secured memory execution, and enhanced power management.

This microprocessor utilizes a two-level cache structure, with a level-1 (L1) and level-2 (L2) cache. The L1 cache is used for frequently accessed instructions and data, while the L2 cache is used for less frequently accessed instructions and data. With its high-speed core, the microprocessor is able to rapidly retrieve instructions from the cache and execute them.

The 96MPXE-2.4-25M20T also features an Advanced Programmable Interrupt Controller (APIC). The APIC is a dedicated controller within the processor\'s architecture that handles interrupt routing and instruction scheduling. It works by allowing the processor to efficiently manage a large number of interrupts and keep track of their processing order.

The 96MPXE-2.4-25M20T also features an Enhanced Direct Memory Access (EDMA) controller. The EDMA controller is used to transfer data between memory and peripherals with minimal processor intervention. This allows the processor to utilize its computing power more efficiently and to allow for faster data transfer speeds.

Finally, the 96MPXE-2.4-25M20T includes a Flash memory controller that provides fast storage and retrieval of program content. This enables the processor to boot quickly and reliably without consuming additional system memory.

The 96MPXE-2.4-25M20T microprocessor has all the features required for high-performance embedded systems. Its high-speed core, dedicated cache, APIC and EDMA controller, and Flash memory controller provide powerful, efficient, and reliable computing performance. This makes the 96MPXE-2.4-25M20T ideal for modern embedded systems applications.

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