Skip to main
Skip to main

Particulate matter sensor BMV080

Tiny. Noiseless. Fanless. Maintenance-free.

BMV080

World's smallest particulate matter sensor

The most common air quality measurement stations only provide outdoor data, which fails to deliver real-time, localized information most relevant to our health. Bosch Sensortec is addressing this issue with its new BMV080, the world’s smallest PM2.5 air quality sensor. The BMV080 sensing element measures merely 4.4 x 3.0 x 3.0 mm³ (W x L x H), which is more than 450 times smaller than any comparable device on the market. The miniscule size and fanless non-intrusive design of the BMV080 are a game-changer.

>450 times smaller...

.... in volume than any comparable device on the market.

The new sensor is maintenance-free with no fan-induced dust buildup, which means that it is more reliable, and less prone to malfunction. It is a natural fit for ultra-compact Internet of Things (IoT) devices such as air quality monitors, smart thermostats, HVAC & air ventilation systems, smart air purifiers, and wearables to monitor local PM concentration in real-time to provide actionable data.

The BMV080 utilizes an innovative design based on ultra-compact lasers with integrated photodiodes. It applies sophisticated algorithms to measure the PM2.5 concentration directly in free space, without requiring a fan.

The new sensor is easily integrated into ultra-compact IoT based smart home and smart building systems to deliver air quality notifications to residents when PM2.5 levels rise above a threshold level. To take action, the resident or home automation system can ventilate, or switch on an exhaust fan or filter to clear the air.

finger with small BMV080 sensor

Small sensor, different use cases

More possibilities of BMV080

Technical data

Parameter Technical data
Parameter
Sensor dimensions (typ.)
Technical data
4.4 x 3.0 x 20 mm³
including flex PCB based connector
Parameter
PM mass concentration range
Technical data
0 — 1000 µg/m³
Parameter
PM mass concentration resolution
Technical data
1 µg/m³
Parameter
Precision (typ.)
Technical data
± 10 µg/m³ @ 0 — 100 µg/m³
± 10% of measured value @ 101 — 1000 µg/m³
Parameter
Measurement modes
Technical data
Continuous measurement mode
Duty cycling measurement mode
Parameter
Max ODR (output data rate)
Technical data
0.97 Hz in continuous measurement mode
Lower ODR rates configurable in duty cycling measurement mode
Parameter
Interface
Technical data
SPI, I²C
Parameter
Typical peak current
Technical data
<68 mA at 0.97 ODR
Parameter
Sleep current
Technical data
<30 µA
Parameter
Supply voltage
Technical data
1.8 - 3.3 V
Parameter
Laser class
Technical data
Class 1, according to IEC 60825-1
Parameter
Weight
Technical data
0.092 g
RoHS compliant, halogen-free

Documents

Download white paper


To receive the white paper, enter your contact details so that we can send you a download link.

BMV080 is the winner of Best in Show Award

Logo of best in show winner from embedded computing design

Embedded Computing Design's Best in Show recognizes the latest achievements in embedded, IoT and electronics. Up to three winners are selected in each category. The BMV080 particulate matter sensor by Bosch Sensortec has been awarded the Best in Show Award in the Sensors category at the embedded world event 2023.

Applications and solutions

Man and woman looking at a smartphone

Smart home

Imagine you get up on a cold day and the bathroom is heated the way you prefer it. When you leave home, sensor-activated intrusion detection gives you peace of mind during the day. Our sensing solutions enable many smart home applications, enhancing your well-being.

Woman jogging.

Wearables & hearables

Smartwatches, wristbands, smart clothes and hearables: whether supporting your fitness through calorie counting or helping you orient yourself through navigation, our accurate and ultra-low power sensing solutions turn a regular wearable into your daily companion!

The BSEC software is only available for download after accepting the software license agreement:

BSEC license agreement
  

You will soon receive an e-mail with the download link.