Sensirion's Gas Index Algorithm provides a VOC and NOx Index output signal calculated from the SGP40/41 raw signals

C driver to work with Sensirion's SEN5x environmental sensor modules via I2C

Unofficial Nox (2000) port to Linux using decompiled code from https://playnox.xyz

Generic embedded C driver to work with Sensirion's SEN5x environmental sensor modules via I2C

SGP41 full-featured driver library for general-purpose MCU and Linux.

Generic embedded C driver to work with Sensirion's SEN66 environmental sensor modules via I2C

Arduino Library for Sensirion's Gas Index Algorithm, providing a VOC and NOx Index output signal calculated from the SGP40/41 raw signals

The SGP41 is Sensirion’s new digital VOC (volatile organic compounds) and NOx sensor designed for easy integration into air purifiers or demand-controlled ventilation.

C driver to work with Sensirion's SEN66 environmental sensor modules via I2C

Console clipboard [copy/file/paste]

The SGP41 is Sensirion’s new digital VOC (volatile organic compounds) and NOx sensor designed for easy integration into air purifiers or demand-controlled ventilation.

Generic embedded C driver to work with the Sensirion's SVM41 sensor modules via UART

C driver to work with the Sensirion's SVM41 sensor modules via I2C on Raspberry-Pi

Generic embedded C driver to work with Sensirion's SEN65 environmental sensor modules via I2C

C driver to work with Sensirion's SEN68 environmental sensor modules via I2C

Generic embedded C driver to work with the Sensirion's SVM41 sensor modules via I2C

Raspberry Pi library to work with Sensirion's SEN65 environmental sensor module via I2C

About Generic embedded C driver to work with Sensirion's SEN68 environmental sensor modules via I2C

ESP-IDF component for Sensirion Gas Index Algorithm

C driver to work with the Sensirion's SVM41 sensor modules via UART on Raspberry-Pi