I2C Encoder V2 – Connect multiple rotary encoders on the I2C bus
I2C Encoder V2 is a tiny smart board for connecting multiple rotary encoders on the I2C bus and it's live on kickstarter. The I2C Encoder V2 supports various type of rotary encoder with one footprint: Standard mechanical encoder Illuminated RGB encoder Clickable rotary encoder With and without dent There are also 3 configurable GPIOs that are organized with the same footprint of RGB LED.
I2C Encoder V2 is a tiny smart board for connecting multiple rotary encoders on the I2C bus and it’s live on kickstarter.
The I2C Encoder V2 supports various type of rotary encoder with one footprint:
- Standard mechanical encoder
- Illuminated RGB encoder
- Clickable rotary encoder
- With and without dent
There are also 3 configurable GPIOs that are organized with the same footprint of RGB LED. You can use them as PWM, I/O or ADC.
Last but not least, it has also 256bytes of EEPROM.
I2C Encoder V2 – Connect multiple rotary encoders on the I2C bus – [Link]
Is the rotary encoder data stored inside the EEPROM and read directly as a number, or must the CPU count the pulses? I would like to use a RaspberryPi and doubt if I can attain the necessary speed if it must count the pulses in the (Python) code. If the numeric setting is stored in the rotary encoder, is any python code available?
I would redirect you to the author of this encoder here: https://www.kickstarter.com/projects/1351830006/i2c-encoder-v2