FS_WSN6818CH/CP Internet of Things integrated experimental box, hardware resources include ARM Cortex-A53 embedded gateway, M3 wireless Internet gateway, Hongmeng Hi3861 core board, sensor module, one button restore wireless sensor node, RFID module, 4G/GPS module, A53 emulator, etc. It supports Linux, Android, Hongmeng HarmonyOS, Ubuntu, LiteOS and other multiple operating systems, fully meeting the requirements of embedded+Internet of Things teaching, scientific research, innovation and other applications in colleges and universities.

1) Including various wireless sensor networks such as ZigBee, Bluetooth 4.0 BLE, low-power Wi Fi, LoRa, NB IoT, etc;

2) Includes 2 HarmonyOS Hi3861 core boards, supporting Lite 0S and HarmonyOS, and implementing Wi Fi IoT functionality;

3) The sensors on all sensing points are independent modules with compatible interfaces, and can be directly connected to each wireless sensor network node backplane, system motherboard, and wireless interconnection gateway;

4) All communication core boards are independent modules with compatible interfaces. All communication core boards can be interchanged and automatically recognize sensor modules;

5) Each wireless sensor network node is equipped with a low-power TFT small LCD screen on the bottom board for displaying real-time status information;

6) Each wireless sensor network node is equipped with a lithium battery on the motherboard, which can work independently when disconnected from the motherboard;

7) Each experimental box is equipped with a one click restoration card, which can automatically identify the communication core board, achieve one click restoration of sensing nodes, and facilitate management;

8) Onboard JTAG emulator interface, equipped with ARM Cortex-A53 emulator and Cortex-A53 processor simulation experiment, can meet the learning needs of ARMv8 architecture, supporting full speed operation, single step debugging, breakpoint setting, variable and register viewing, real-time memory data viewing and other functions. Simultaneously backward compatible with Cortex-A8 and Cortex-A9 processors.

9) Standard configuration includes 13.56MHz high-frequency RFID and 125KHz low-frequency RFID, with the option to select other RFID modules compatible with multiple interfaces (fingerprint, NFC, 915M, 2.4G, etc.);

10) Contains a Cortex-M3 wireless IoT gateway that can collect four types of network data and transmit them to the upper computer through serial ports, Wi Fi, and other methods. Equipped with sensor compatible interfaces, it can plug in sensors to complete Cortex-M3 sensor experiments.

11) Supporting ARM architecture and interface technology experimental code;

12) Linux system programming experiment, Linux network programming experiment, Linux device driver experiment, Android underlying experiment, Android application development experiment, comprehensive project case;

13) Support Android 5.1 system and adapt to relevant experiments;

14) Support Ubuntu 12.04 system, touch screen, audio input/output, HDMI display, HDMI audio transmission; Support mouse and keyboard access;

15) Support mainstream IoT cloud platform access, equipped with Baidu Cloud, Alibaba Cloud, and Huawei Cloud access cases.

16) Complete and systematic publication of textbooks and experimental guides.

1. ARM architecture and interface technology section

2. Linux system section

3. Linux driver experiment

4. Android underlying development experiment

5. Android Application Development Experiment

6. Terminal Sensor Module Experiment

7. Wireless Internet Gateway Development Experiment

8. HarmonyOS Development Experiment by HarmonyOS

9. RFID module development experiment

10. Qt Development Experiment

11. Comprehensive project cases

12. Internet of Things Cloud Platform Access Case