CodeCell C3

CodeCell comes with well explained tutorials and multiple examples. All tutorials can be found here: CodeCell Tutorials.

To install the CodeCell library, go to 'Sketch > Include Library > Manage Libraries' - the 'Library Manager' should open up. Just type "CodeCell" and click 'Install' to download the latest version of the CodeCell library.

We are continuously updating and adding new features to this library, so make sure you're using the latest version. To quickly get familiar with this library, go to 'File > Examples > CodeCell,' where you'll find multiple examples you can use and modify for your projects. We recommend starting with the 'GettingStarted' example, which contains just a few lines of code but explains all the sensing functionalities available with CodeCell.

CodeCell can be shipped using all our available shipping methods. However, if you choose the 170mAh LiPo battery option, it must ship via FedEx due to regulations. This may increase your cart total, but it’s express and reliable. You can also add other items to the same shipment to make the most of it. We appreciate your understanding 😊

CodeCell is suitable for anyone curious about electronics! It come with well-explained Arduino examples that make it easier for kids and teenagers to get started. For children under 12, we recommend opting for pre-soldered connectors or ensuring soldering is done under proper adult supervision and guidance. Please also note that the package will include small parts, like screws, so care should be taken when handling them.

Yes, you can flash CodeCell with MicroPython since it’s based on the ESP32-C3, which supports MicroPython just like other ESP32-based boards. However, please note that our official CodeCell library is written in C++, designed for use with the Arduino IDE. If you plan to use MicroPython, you may need to write custom drivers to interface with the onboard sensors and peripherals

Some ESP32 development boards include both a RST (Reset) button and a BOOT button to manually put the device into programming mode. However, the ESP32-C3, such as the one on the CodeCell module, can automatically enter boot mode through the serial interface when using the Arduino IDE. This means the CodeCell doesn't need dedicated RST or BOOT buttons, which allowed us to make it as small as it is.

In the rare case that your CodeCell freezes or encounters an exception (causing it to continuously reset), you can manually force it into boot mode to reflash the firmware. To do this, simply follow these steps:

• Connect a wire between the SCL pin and the GND pin.
• Unplug the USB and switch off the battery (if connected).
• Reconnect the USB port.
• Reprogram your CodeCell with new code - make sure your code doesn't contain the bug that created the issue.
• Remove the shorted wire between the SCL pin and the GND pin. Power your battery back on if connected.

Following these steps will restore your CodeCell back to life.

The CodeCell C3 does not support interrupt-based wake-ups due to pin limitations on the ESP32-C3-MINI-1-N4 module. As an alternative, you can use the RTC-sleep-timer to wake the device and then check the sensor data. Examples can be found here: Sleep Example.

If you require interrupt-based wake-ups, these are supported on the CodeCell C6.

The optional advanced IMU sensor is a pricey upgrade, but we believe it's well worth the investment! It upgrades the CodeCell’s capabilities with an integrated 3-axis accelerometer, 3-axis gyroscope, and 3-axis magnetometer. The BNO085’s advanced sensor fusion algorithms combine data from these sensors to accurately determine motion data, such as:

• Angular Rotational Reading (Roll, Pitch, Yaw)
• Motion State (e.g., On Table, Stationary, Motion)
• Motion Activity (e.g., Driving, Walking, Running)
• Accelerometer Readings
• Gyro Reading
• Magnetometer Reading
• Gravity Reading
• Linear Acceleration Reading
• Tap Detection
• Step Counter