SOM-5897C3-U7A1E

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SOM-5897C3-U7A1E is a high-profile licensed embedded system module designed to accommodate an application-specific system on module ("SOM") that enables reliable data communication for embedded applications. The SOM-5897C3-U7A1E is based on a System-on-Chip (SOC) architecture that integrates an ARM Cortex-A7 quad-core processor as the main processing module. This powerful SoC architecture provides superior performance, flexibility and scalability in a single low-power package. Additionally, it features a variety of peripheral devices including a 10/100Base-T Ethernet, USB 2.0, and storage interfaces.

The SOM-5897C3-U7A1E is designed for use in a variety of embedded applications such as industrial automation, medical and military systems. It is optimized for demanding, real-time applications and can also be used in other embedded applications that require high-speed, reliable data communication. The SOM-5897C3-U7A1E also provides an efficient platform for developing and deploying software applications for a wide range of embedded and wireless networking operations.

The SOM-5897C3-U7A1E is also a powerful device for implementing applications such as machine vision, robotic navigation, industrial automation, and more. It has a 32-bit Winbond ARM Cortex-A7 Quad Core processor running at 1GHz, and a variety of peripherals including a 10/100Base-T Ethernet, USB 2.0, CAN, and a storage interface. The SOM-5897C3-U7A1E can also support both Linux and Windows operating systems.

The SOM-5897C3-U7A1E’s working principle is based on the concept of a system-on-module (SoM). The SOM is an off-the-shelf product customized to fit a customer’s desired configuration. The SOM contains the necessary components and interfaces for the customer’s application and it fits into a carrier board designed for the customer’s desired form factor. The carrier board then provides power, memory, expansion slots, and other components that may be required.

The SOM-5897C3-U7A1E features a dual core ARM Cortex A7 processor, with a clock frequency of 1Ghz. It also has integrated memory and peripherals, providing a complete system-on-module solution for embedded applications. The SOM-5897C3-U7A1E has extended temperature range support, low power consumption, and provides a rugged and compact form factor.

The SOM-5897C3-U7A1E features a high-performance Ethernet PHY, 4 channel CAN Interface, USB 2.0, and provides multiple serial connections, including UART, SPI, and I2C. It provides a real-time clock (RTC) with 32KHz and 1kHz clock outputs to synchronize time sensitive operations. The SOM-5897C3-U7A1E also incorporates Supply Voltage Monitoring (SVM) to ensure proper power supply operation.

The SOM-5897C3-U7A1E also has features for simple programming and debugging. It supports the JTAG Interface, Serial Wire Debug (SWD) as well as the CAN bus for debugging. Additional tools are available for embedded application development, including the EDGEImpulse software development kit, and the Xplanes Coretex-A7 processor-specific toolchain and SDK.

In conclusion, the SOM-5897C3-U7A1E is an ideal solution for embedded applications requiring reliable data communication, high-performance and low power consumption. The SOM-5897C3-U7A1E module provides the necessary components and interfaces for a wide range of applications and can be used in various industrial automation, medical and military systems. Its high-performance System on Chip (SoC) provides superior performance, flexibility and scalability in a single low-power package.

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