Dear karanj1105, Thank you for your interest in our particulate matter sensor BMV080. To receive more information about the sensor and its availability please visit our website and fill in our contact form: www.bosch-sensortec.com/about-us/contact/contact-form/ All the best, your Bosch Sensortec team

Hi prashantsingh6510, The platform and it contents will not be available in any distribution channel but can be directly asked to us via the website => bit.ly/3J37iip All the best, your Bosch Sensortec team

Hi elmoussatiali1776, Please find more information here: www.bosch-sensortec.com/news-and-stories/stories/fight-against-climate-change.html All the best, your Bosch Sensortec team

Hi cloudstergaming5730, If a brand new board is not used (i.e. the board was already in use/powered on for more than 24hrs) then the first step of running the sensor to stabilize can be skipped. All the best, your Bosch Sensortec team

Hi johniron, To update the firmware of the development kit, please follow the below steps: 1. Download the latest BME688 development kit software from the Bosch sensortec website (www.bosch-sensortec.com/) 2. Connect the development kit to the computer, go to the device manager and check the com port number under ports. 3. Extract the folder, navigate inside the directory and double click on flash.bat file. 4. Enter the com port number, for example if com port is 3 type “COM3” and if com port is 21 type “COM21” 5. Once the program flashing is successfully completed it will finally display “Enter any key to exit…..” All the best, your Bosch Sensortec team

Hi user-rv1yf5if4r, The platform and it contents will not be available in any distribution channel but can be directly asked to us via the website => bit.ly/3J37iip All the best, your Bosch Sensortec team

Hi lordofsiam, The BME688 gas sensor is a MOX (Metal Oxide) based sensor. All the best, your Bosch Sensortec team

Hi lunacyworks, Thanks for reaching out. Our experts are happy to discuss your questions in our Bosch Sensortec Community. Registration and participation is free of charge: bit.ly/3KmLeQT Your Bosch Sensortec team

Hi GaneshChandan21, Please find further information on our BHI260AP product page: bit.ly/3UPDsF4 Your Bosch Sensortec team

Hello HassanKhanEngineer, Thank you for your interest in our sensors. We would be delighted to welcome you to our Bosch Sensortec Community. The platform is designed to discuss questions like yours. Registration and participation is free of charge. Our experts look forward to exchanging ideas with you. bit.ly/3KmLeQT All the best and best wishes, Your Bosch Sensortec team

Hi ressamendy, We would be happy to discuss your question in our Bosch Sensortec Community, which is intended to discuss, share and learn about sensor solutions. Participation is free of charge: bit.ly/2EyytQz All the best, Your Bosch Sensortec team

Hello ressamendy, Thanks for reaching out - sounds interesting 😀In this context we would like to draw your attention to our Bosch Sensortec Community. The platform is intended to discuss such questions. Registration and participation is free of charge. bit.ly/3KmLeQT Our experts will be happy to help you. Your Bosch Sensortec team

Hi ressamendy, It is Adafruit Huzzah32 - ESP32 board. All the best, your Bosch Sensortec team

What exactly will be done when we first receive the BME688 Development Kit? I purchased 2 separate products from Mouser. Will my "Adafruit Huzzah32 - ESP32 board" be programmed first? If so, isn't there a manual or video explaining this? I could not find any information or detail in your videos or explanations about these first things to do.@@BoschSensortec

@@BoschSensortecis it possible to us an arduino board?

Hi markandreitraya5803, Here you go 😉 www.bosch-sensortec.com/products/environmental-sensors/gas-sensors/bme688/#order All the best, Your Bosch Sensortec team

Hi flisboac, During the data collection phase, the 8 sensors in the BME688 development kit enables to collect more dataset, additionally different Heater Profiles (possible to choose up to 4 Heater Profiles) can be enabled for each sensor to test for the best Heater Profile for the use case within the same time. Also, in the testing phase performance of one sensor can be compared to other. Your Bosch Sensortec team

@@BoschSensortec Thank you for the answer! But I still have some questions. 1. How different are deployment scenarios when compared to training? Do I need to have all 8 sensors to make the detection I trained the sensor for? (and if not, is there any chance that I could deploy less sensors, say 2, or 4?) 2. Considering that the sensor can't distinguish specific gases (ie. it's just a total count/estimate, in a way, AFAIK), and thinking in an Air Quality monitoring scenario, how feasible would it be to use only one BME688 (or an array of them, if not possible), instead of a sensor per gas type (e.g. HCHO, VOC, NH2, CO, etc.)? The way I see it, the BME688 is much more than just a VOC sensor, but I couldn't grasp quite yet if it can substitute some more traditional, distinct gas sensors.

@@flisboac Thank you for reaching out again. We would like to discuss your questions and refer you to our community in this regard. The Bosch Sensortec Community is for discussion, exchange and learning about sensor solutions. Registration and participation is free of charge: bit.ly/3KmLeQT

Hi, Thank you for your comment. In this case, we would like to point you to our Bosch Sensortec Community, which is made for questions like yours. Registration and use is free of charge. bit.ly/3KmLeQT All the best, your Bosch Sensortec team

Hi Ayushi, Thank you for your comment. Please feel free to join our Bosch Sensortec Community. On our platform you can discuss, share and learn about our sensor solutions. Our experts would be happy to help you with your issues: bit.ly/2EyytQz Your Bosch Sensortec team

Hi James, We have created eight short videos to give an overview of the BME AI Studio (1 summary video + 7 modular video about each steps). This video is one of the modular video and we encourage you to have you look at the summary video to get an overview of all steps (ukposts.info/have/v-deo/r12Ynp55e6RlkWg.html&pp=iAQB). In this video we are showcasing an example to differentiate between “gas composition of coffee” and “gas composition of neutral air” but one can test it with two types of coffee also by collecting and training with the required data sets. Your Bosch Sensortec team

Hi Marek, Thank you for reaching out. We would be happy to discuss your request in our Bosch Sensortec community. The registration and use is free of charge and our experts look forward to exchanging ideas with you. bit.ly/2EyytQz Your Bosch Sensortec team

Hi, Thank you for reaching out. Please find all information about our BMP585 on our website: www.bosch-sensortec.com/products/environmental-sensors/pressure-sensors/bmp585/ In order not to miss any updates we would like to invite you to follow our LinkedIn channel: www.linkedin.com/company/bosch-sensortec/mycompany/ Stay tuned 😉

Hi Xostra, Thank you for your message. Please feel free to join our Bosch Sensortec Community, in which you can post your question. Here you can register for free and our experts will respond as soon as possible. bit.ly/2EyytQz Your Bosch Sensortec team

Hi Hamdi, It is possible to send the prediction data to another medium other than the mobile app, as long as that board is equipped with Bluetooth and can connect to the BME688 development Kit. Your Bosch Sensortec team

@@BoschSensortec Hello, I collected data using the BME688 Development Kit, then I trained and evaluated the algorithm and exported it as an .aiconfig file, similar to the video. Now, I want to connect the BME688 Dev kit board with the LoRa-E5 Development Kit (with STM32WLE5), using I2C to test the sensors with STM32. How do I integrate the .aiconfig file into my CubeIDE project?

@@user-uw7uv6uv7l Hi Hamdi, Thank you for approaching us again. Please feel free to join our Bosch Sensortec Community, in which you can post your question. Here you can register for free and our experts will respond as soon as possible. bit.ly/2EyytQz Your Bosch Sensortec team

Hi Richard, Thanks for reaching out. The BME688 is a digital nose and the key for it to detect the target gases is in the range wherein it can “breathe” it. So the distance should be planned based on the application and use case. All the best, your Bosch Sensortec team

​@@BoschSensortechow to place sensors in various areas for example in refrigerator how to place it?

@@jyothysmukesh1663 Usually we recommend how the BME sensor has to be integrated to the end product/device (please refer the HSMI document: www.bosch-sensortec.com/media/boschsensortec/downloads/handling_soldering_mounting_instructions/bst-bme680-hs000.pdf) but the position of these end products/devices to detect a specific use case has to be decided by the use case experts.

@@BoschSensortec Thank you for your time