FS-972

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The FS-972 system is a development and evaluation board for experimentation and rapid prototyping of applications related to embedded systems. The FS-972 is designed to provide a powerful platform for the development and evaluation of designs, allowing for the evaluation of ideas before actual implementation.

The FS-972 system is designed with two processor boards, each equipped with ARM-based embedded processors. One board is dedicated for the core processor, while the other board hosts the peripherals and memory. Both boards feature integrated flash memory, Ethernet ports and the ability to interconnect both processors via USB.

The core board consists of a 24-bit wide TOSCAN processor with integrated Ethernet and an integrated BAMM ARM processor. In addition, the board includes the SDI2 ports, serial port, dual UARTs and a digital signal processor (DSP). The DSP is a high-performance digital signal processor, allowing for fast floating-point calculations and signal analysis.

The peripheral board includes USB, both SRAM and EDRAM memory, as well as an integrated open-source Cortex M3 processor. This board is designed to provide efficient communication, as well as fast program execution, by taking advantage of the integrated USB and Ethernet ports. The peripheral board also includes analog components such as OpAmps, as well as GPIO for digital IO control.

The FS-972 system is designed with boards that allow for easy integration and development of applications. The boards are designed with various expansion ports and headers, and the boards are stackable, making it easy to extend the system. The boards come pre-programmed with various boot-loaders, allowing users to quickly program the FS-972 without having to build their own from scratch.

The FS-972 system is designed for rapid prototyping and development of embedded systems. The two processor boards allow for efficient and quick incorporation of applications, and the integrated digital signal processor allows for high performance digital signal processing. The system is highly expandable, allowing for the addition of various expansion boards and other peripherals. Additionally, the pre-programmed boot loaders allow users to quickly develop and evaluate their designs before implementation.

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