96MPCM-2.0F5-1M4T1

Embedded - Microprocessors

96MPCM-2.0F5-1M4T1 is an embedded microprocessor which is designed for industrial applications, such as automotive systems, factory automation, medical devices, and military systems. It is a multiprocessor module with two processors, one master and one slave, which are connected via an internal bus. The processor is based on an Advanced RISC Machine (ARM) architecture and is designed to provide massive performance in both application and real-time performance environments. The processor is optimized to perform a wide range of tasks including networking, multimedia, and image processing.

The processor provides a high degree of performance for embedded applications. It is equipped with a high-speed, low-power microcontroller as well as 16KB of on-chip RAM and 32KB of ROM. It also includes a range of I/O ports, such as a 10/100Mbit Ethernet controller, two USB 2.0 ports, and a 12-bit analogue-to-digital converter. The module also includes a Pulse Width Modulation (PWM) controller and a sophisticated clock-scaling feature which allows the processor to run at different speeds in order to save power.

The working principle of the 96MPCM-2.0F5-1M4T1 module is that it uses a master processor and a slave processor to manage different processes in parallel. The master processor handle tasks like memory control, data processing, and control logic, while the slave processor runs programs and peripheral operations. This allows for a higher level of performance as both processors can handle different tasks in parallel. The module also features a real-time clock which can manage scheduling of tasks, as well as a watchdog timer for monitoring system stability.

The 96MPCM-2.0F5-1M4T1 module is designed to provide a high level of performance while consuming minimal power. The module is ideal for applications where performance and low power usage are desired. This processor is suitable for a wide range of embedded applications and provides a flexible, scalable solution for a wide range of embedded applications.