M2S090-1FG676

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Embedded System On Chip (SoC) is an integrated system which consists of a microprocessor, memory and peripherals all contained on a single chip. One of the defining SoC components is a digital signal processor (DSP) which enables digital signal processing capabilities through computing, data storage and communication. In this article, we will discuss the application field and working principle of the M2S090-1FG676 SoC. 

The M2S090-1FG676 SoC is mainly intended for use in embedded systems. It is designed to provide low-power operation and is capable of operating at voltages as low as 1.5V. It has a 32-bit microprocessor core which is capable of running up to 200 MHz. It also has an integrated bus (IBUS) which is used to link the various components together in order to facilitate communication between them. Additionally, it is equipped with 8KB of dedicated SRAM and 2KB of Flash memory. This makes the SoC well suited for use in embedded applications. 

The M2S090-1FG676 SoC is also suited for use in Industrial automation systems. It is capable of processing industrial-level signals with up to 32-bit accuracy. Additionally, it can be used in temperature and motion control applications due to its integrated temperature sensor and motion control capability. This makes it an ideal embedded controller for industrial automation systems. 

The M2S090-1FG676 SoC is also a highly versatile device. It contains an embedded core which allows it to be used in embedded applications such as controllers, robots, gaming consoles and more. Additionally, it is designed with special capabilities for IoT, automotive and health care applications. This makes it very suitable for use in a wide range of applications. 

In order to understand the working principle of the M2S090-1FG676 SoC, we need to understand the components involved in it. The SoC is comprised of a 32-bit microprocessor core, a peripheral bus (IBUS), 8KB of dedicated SRAM and 2KB of Flash memory. The microprocessor is the most critical part of the SoC and it is responsible for executing instructions and processing data. The SRAM is used to store the program code and data while the Flash memory stores the configuration data. Finally, the IBUS is used to link all these components together and facilitate communication between them. 

When an instruction is executed by the microprocessor, it is fetched from the Flash memory. The microprocessor then decodes this instruction and passes it to the SRAM where the data is processed. Finally, the data is sent over the IBUS to the peripherals for further processing. This process is repeated until the program code is executed.    

In conclusion, the M2S090-1FG676 SoC is a great choice for embedded systems and industrial automation systems. It has a 32-bit microprocessor core which is capable of running up to 200MHz and an integrated bus (IBUS) which is used to link the various components together. Additionally, it has 8KB of dedicated SRAM and 2KB of Flash memory. Furthermore, its versatile design makes it suitable for a variety of applications. Finally, its working principle is based on the microprocessor fetching instructions from the Flash memory, decoding it and passing it to the SRAM for processing and communication. This makes the M2S090-1FG676 SoC an ideal choice for embedded, industrial and IoT applications. 

The specific data is subject to PDF, and the above content is for reference