the model received is not exactly of the image, but it's a true BME280 and works perfectly. the breadboard contains a pull-up resistors, necessary for I2C and SPI protocols. I have worked directly on arduino, but for security, you use a level-shifter for adapt the logic levels (5v-to-3.3v). pd. I see multiple comments that say that module is not a BME280, is a BMP280. The marks on the module can induce an error, but the chip is a REAL BME280 and reads good the temperature, pressure and humidity.

the model received is not exactly of the image, but it's a true BME280 and works perfectly. the breadboard contains a pull-up resistors, necessary for I2C and SPI protocols. I have worked directly on arduino, but for security, you use a level-shifter for adapt the logic levels (5v-to-3.3v). pd. I see multiple comments that say that module is not a BME280, is a BMP280. The marks on the module can induce an error, but the chip is a REAL BME280 and reads good the temperature, pressure and humidity.

the model received is not exactly of the image, but it's a true BME280 and works perfectly. the breadboard contains a pull-up resistors, necessary for I2C and SPI protocols. I have worked directly on arduino, but for security, you use a level-shifter for adapt the logic levels (5v-to-3.3v). pd. I see multiple comments that say that module is not a BME280, is a BMP280. The marks on the module can induce an error, but the chip is a REAL BME280 and reads good the temperature, pressure and humidity.

I just hooked this up to an ESP8266 NodeMCU board using the Arduino IDE and firmware and it works great with the Adafruit BME280 library. Like others have said, I just had to change the I2C address to 0x76. The temp and humidity values seem comparable to the readings I was getting from the DHT22 sensor that I replaced with this because I also wanted barometric pressure readings. Wish these would be a bit cheaper but I only need one of them, the rest of my boards will be fine with DHT22s for temperature and humidity. I'll be running this enclosed but outdoors year-round so I'll report back if I find any issues with it under temperature extremes (at least as extreme as they can get in the Chicago area).

I just hooked this up to an ESP8266 NodeMCU board using the Arduino IDE and firmware and it works great with the Adafruit BME280 library. Like others have said, I just had to change the I2C address to 0x76. The temp and humidity values seem comparable to the readings I was getting from the DHT22 sensor that I replaced with this because I also wanted barometric pressure readings. Wish these would be a bit cheaper but I only need one of them, the rest of my boards will be fine with DHT22s for temperature and humidity. I'll be running this enclosed but outdoors year-round so I'll report back if I find any issues with it under temperature extremes (at least as extreme as they can get in the Chicago area).

I just hooked this up to an ESP8266 NodeMCU board using the Arduino IDE and firmware and it works great with the Adafruit BME280 library. Like others have said, I just had to change the I2C address to 0x76. The temp and humidity values seem comparable to the readings I was getting from the DHT22 sensor that I replaced with this because I also wanted barometric pressure readings. Wish these would be a bit cheaper but I only need one of them, the rest of my boards will be fine with DHT22s for temperature and humidity. I'll be running this enclosed but outdoors year-round so I'll report back if I find any issues with it under temperature extremes (at least as extreme as they can get in the Chicago area).

this is NOT the BME280, I got BMP280 with no humidity reported by the sensor. The marking on the chip shows it, too, as I know for now. I trusted the reviews, but obviously they changed the board. You can look it up in the data sheets: BME280: https://www.embeddedadventures.com/datasheets/BME280.pdf (chapter 7.7) BMP280: https://cdn-shop.adafruit.com/datasheets/BST-BMP280-DS001-11.pdf (chapter 7.3) The BME280 with humidity measurement has one dot and one vent hole, the BMP280 only has one dot - which fits to the product images, but not to the description which says this is the BME280.

this is NOT the BME280, I got BMP280 with no humidity reported by the sensor. The marking on the chip shows it, too, as I know for now. I trusted the reviews, but obviously they changed the board. You can look it up in the data sheets: BME280: https://www.embeddedadventures.com/datasheets/BME280.pdf (chapter 7.7) BMP280: https://cdn-shop.adafruit.com/datasheets/BST-BMP280-DS001-11.pdf (chapter 7.3) The BME280 with humidity measurement has one dot and one vent hole, the BMP280 only has one dot - which fits to the product images, but not to the description which says this is the BME280.

this is NOT the BME280, I got BMP280 with no humidity reported by the sensor. The marking on the chip shows it, too, as I know for now. I trusted the reviews, but obviously they changed the board. You can look it up in the data sheets: BME280: https://www.embeddedadventures.com/datasheets/BME280.pdf (chapter 7.7) BMP280: https://cdn-shop.adafruit.com/datasheets/BST-BMP280-DS001-11.pdf (chapter 7.3) The BME280 with humidity measurement has one dot and one vent hole, the BMP280 only has one dot - which fits to the product images, but not to the description which says this is the BME280.

Got it working, with a ES8266 ESP-12F (Geekcreit) and I2C, but not without a effort. Found this thread, which helpt me : http://embedded-lab.com/blog/making-simple-weather-web-server-using-esp8266-bme280/

Got it working, with a ES8266 ESP-12F (Geekcreit) and I2C, but not without a effort. Found this thread, which helpt me : http://embedded-lab.com/blog/making-simple-weather-web-server-using-esp8266-bme280/

Got it working, with a ES8266 ESP-12F (Geekcreit) and I2C, but not without a effort. Found this thread, which helpt me : http://embedded-lab.com/blog/making-simple-weather-web-server-using-esp8266-bme280/

Can work I2C or SPI. In the picture work SPI. Nice accuracy and resolution data :) Recommend. Descriptions of parameters shown in the attached image in Polish ;)

Can work I2C or SPI. In the picture work SPI. Nice accuracy and resolution data :) Recommend. Descriptions of parameters shown in the attached image in Polish ;)

Can work I2C or SPI. In the picture work SPI. Nice accuracy and resolution data :) Recommend. Descriptions of parameters shown in the attached image in Polish ;)

I wan my money back!! It is not a BME280 (Humidity,barometric and temp sensor). It is a BMP280 (barometric and temp sensor). Bad description!!!

I wan my money back!! It is not a BME280 (Humidity,barometric and temp sensor). It is a BMP280 (barometric and temp sensor). Bad description!!!

I wan my money back!! It is not a BME280 (Humidity,barometric and temp sensor). It is a BMP280 (barometric and temp sensor). Bad description!!!

boa qualidade. Funciona bem

Good quality. Works well

boa qualidade. Funciona bem

bom preço uma qualidade.

Good price an quality.

bom preço uma qualidade.

Good quality product

Good quality product

Good quality product

Ok

Ok

Ok