Air Quality Sensors

BME688 breakout board Bosch air quality sensor

With our BME688 breakout board you can easily measure the air quality, air temperature, air pressure, air humidity and VOC gas resistance. The BME688 sensor is mounted on our easy-to-use I2C breakout board which is highly compatible with Raspberry Pi and is easy to plug in. Thanks to the innovative design, more precise ambient temperature measurement is possible as the BME688 sits as far away from the Raspberry Pi as possible.

Raspberry Pi CO2 Sensor breakout board

Our Raspberry Pi CO2 Sensor Breakout-board allows precise measurement of instantaneous CO2 concentration in ambient air, as well as temperature and barometric pressure.

The sensor is highly stable over time and factory calibrated. Unlike many other products, the sensor does not need to be recalibrated daily with fresh air! This simplifies the installation & maintenance of this CO2 sensor board.

Compute Blade by Uptime Industries

Explore the countless possiblilities of Uptime Industries Compute Blade and accesories. This well thought through solution makes setting up your enterprise-level arm blade server a breeze.

Powered by Raspberry Pi Compute Module 4 and loaded with all the necessary features.

LetsTrust TPM

LetsTrust TPM for Raspberry Pi

The LetsTrust TPM module is based on the Infineon Optiga SLB9670 TPM2.0 module.
With an EVK of 25 € brutto, it provides a hardware TPM for the Raspberry Pi at a reasonable price. This allows you to experiment with the TPM platform as well as protect your intellectual property on the Raspberry Pi. This way you can produce licensed applications of your software, and put a stop to hardware plagiarism of your Raspberry Pi extensions!
On the page you can find instructions and useful links.


PiCan 3

The PiCAN 3 board is the successor of the popular PiCan 2 series, and mainly brings support for the Raspberry Pi 4 via a 3 A SMPS. With the built-in real-time clock, it is perfect for data logging and many other applications using CAN.

It provides the CAN bus for the Raspberry Pi. It is based on the Microchip MCP2515 CAN controller with the MCP2551 CAN transceiver. Connections are made using DB9 or a 3-pin screw terminal. The built-in 3 A SMPS has enough power even for the Pi 4.

Easy to install SocketCAN driver. Programming in C or Python.

PiCAN-M with CAN-Bus Micro-C and RS422 Connector + 3A SMPS

This is a PiCAN-M with RS422 and Micro-C connector. The RS422 is via a 5 way screw terminal. The CAN-Bus connection is via Micro-C connector.
This board includes a 3A SMPS. The 12v is from the Micro-C network can be use to power the PiCAN-M and the Raspberry Pi.

LIN-Bus Breakout Board

This is a LIN-Bus breakout board with a Microchip MCP2004A transceiver.
The LIN Bus is used in modern cars for low-speed communication, e.g. for seat adjustment, etc.


PCCB Pi Control Carrier Board for Raspberry Pi Compute Module

The PCCB (Pi Control Carrier Board) is an industrial carrier board for the Raspberry Pi Compute Module. It offers several industrial interfaces, and power options.

The PCCB supports Raspberry Pi Compute Modules 1 to 3 Plus – all modules currently on the market. It supports modules with Flash, and without Flash.

Contact us for customization

Coral from Google

Google Coral AI & Google AIY

Google empowers makers, creators and entrepreneurs everywhere with their hardware products to include fast artificial intelligence / machine learning solutions into their products and applications.

Using Tensor Flow Lite, Python and your favorite OS (Linux / MacOS / Windows), you can get started easily and create real-time solutions.

The Google products are based on the Google Coral Edge TPU - an optimized ASIC to run TensorFlow Lite models efficiently and quickly. The TPU does the same for AI/ML applications as the GPU for 3D graphics.

pi3g e.K. is an official distributor for Google Coral & AIY in Europe