NANO_FIB_BOX_2.0 Development Boards, Kits, Programmers

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NANO FIB BOX 2.0 is a single board compendium system designed for research, education and product development purposes. This embedded system is equipped with a powerful yet energy efficient Intel Atom processor, 4GB DDR3L memory system and a high-performance Audio/Video HD Media processor. It allows users to integrate multiple sensor solutions and evaluate the performance of their embedded designs in the field quickly and safely.

The NANO FIB BOX 2.0 has a diverse suite of features that allow for a wide range of applications. It includes both onboard and external sensor, an integrated touch sensor, a 3D accelerometer, a light sensor, and an integrated temperature sensor. The touch sensor can be used to track hand movements, providing an intuitive way to interact with the system. The accelerometer provides an all-in-one solution to measure 3D motions and movements. The 3D accelerometer has a maximum range of 1G-2G and a low power consumption. The light sensor can be used to measure intensity and illuminance levels. Lastly, the temperature sensor provides real-time temperature readings to allow users to evaluate their system according to ambient temperature conditions.

The system includes an integrated battery and charging circuit. This allows users to evaluate their designs for up to six hours without having to connect a power supply. The system also has an integrated Wi-Fi/Bluetooth module, allowing users to access data remotely without having to physically connect to the device. The NANO FIB BOX 2.0 also includes an Ethernet port and a JTAG port, giving users the flexibility to configure and debug their designs.

The NANO FIB BOX 2.0 has a range of applications in the fields of industrial automation, robotics, consumer electronics, and remote monitoring. It is ideal for rapid prototyping and testing of small-scale embedded systems, allowing users to gather real-time data and feedback for their designs. The system can also be used to develop applications for smart home automation and connected devices. In addition, it can be used for monitoring remote locations over a wireless network.

When it comes to the working principle of the NANO FIB BOX 2.0, it is based on the connection between the onboard and external sensors and the data acquisition board. The board is responsible for collecting the data from the sensors, sending it to the processor, and recording the results. The processor then processes the data and sends it back to the board, which then sends it back to the user. This closed-loop architecture provides an efficient and accurate way to collect data from multiple sensors and evaluate their performance.

In conclusion, the NANO FIB BOX 2.0 is an innovative compendium system that enables users to evaluate their embedded designs in the field quickly and safely. It is equipped with a powerful Intel Atom processor, 4GB DDR3L memory system and a high-performance Audio/Video HD Media processor. The system includes onboard and external sensors such as a touch sensor, a 3D accelerometer, a light sensor, and a temperature sensor. The integrated battery and charging circuit, Wi-Fi/Bluetooth module, Ethernet port and JTAG port, provide users with the flexibility to configure and debug their designs. The NANO FIB BOX 2.0 has a range of applications in the fields of industrial automation, robotics, consumer electronics, and remote monitoring.

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