EVB75413-I

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The EVB75413-I is a ultra-low power evaluation board for the open-source multi-standard high-performance System on Chip (SoC). It is designed for use in a wide range of applications and optimises performance, size, weight and power use. Its ability to operate at a wide range of temperatures and its low power requirements make the EVB75413-I an ideal choice for a wide variety of applications.

The EVB75413-I is based on the SoC, which integrates a range of embedded system technologies such as ARM Cortex-A72 processors, dual- and quad-core ARM Cortex-M4F processors, and a powerful GPU to support a range of high-end graphics. With its expansion ports, multiple I/O interfaces, and advanced system-level features, the EVB75413-I is a powerful system that is capable of enabling an array of intelligent embedded products.

The EVB75413-I is equipped with a variety of sensors, including ambient light sensors, temperature & humidity sensors, accelerometer & magnetometer sensors, pressure sensors, and rangefinders. The ambient light sensors are used to detect illumination levels, temperature & humidity sensors are used to detect environmental conditions, accelerometer & magnetometer sensors are used to detect acceleration and direction, pressure sensors are used to measure air pressure, and rangefinders are used to measure distance/volume of items. With its sensors, the EVB754 13-I can be used as an all-in-one platform for sensing applications.

The EVB75413-I also provides an efficient power saving scheme that extends the system\'s lifetime and provides lower power consumption. The SoC’s power saving modes are optimized such that the system can function at very low power levels by reducing power consumption of unused peripherals. This makes the EVB75413-I particularly suitable for battery-powered applications.

The EVB75413-I has a variety of advanced communication interfaces, including USB2.0, Wi-Fi, Bluetooth, NFC, Ethernet and CAN. These communication protocols provide bidirectional connection between different systems and allow efficient data transfers. The Wi-Fi interface is also capable of 802.11ac data transfers with low power consumption, enabling high speed data transfers over a local area network.

The EVB75413-I is designed to be used in industrial automation, consumer electronics and medical gateway applications. Its wide range of sensors makes it ideal for applications such as asset tracking, environment monitoring, and indoor/outdoor navigation. Its energy-efficient design makes it an ideal choice for applications where power consumption is critical, such as battery-operated devices, and its communication interfaces make it suitable for building advanced IoT applications.

The EVB75413-I is designed to be connected to a variety of host systems as well as to external sensors, allowing easy integration into existing platforms. Its integrated debug port allows developers to debug the platform, allowing them to quickly and easily configure and test the platform.

In conclusion, the EVB75413-I is a powerful, versatile and energy-efficient evaluation board that is suitable for both industrial and consumer applications. Its wide range of sensors, communication interfaces and debug port make it the ideal choice for any application.

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