Downloads
Product-related documents
Product flyers
Motion Sensors
Accelerometers
Magnetometers
IMUs
Absolute orientation sensors
Environmental Sensors
Pressure Sensors
Humidity sensors
Gas sensors
Smart sensors
Datasheet
Motion Sensors
Accelerometers
- BMA490L
- BMA456
- BMA423 Reference code: 0273141292
- BMA423 Reference code: 0273016016
- BMA400
- BMA280
- BMA253
Gyroscopes
Magnetometers
IMUs
Absolute orientation sensors
Environmental Sensors
Pressure Sensors
Humidity sensors
Gas sensors
Smart sensors
Shuttle board flyers
Motion sensors
Accelerometers
Gyroscopes
Magnetometers
IMUs
Absolute orientation sensors
Smart sensors
Environmental Sensors
Pressure Sensors
Humidity sensors
Gas sensors
Application notes
Motion Sensors
Accelerometers
IMUs
- BMI270 Context & activity recognition feature set
- BMI08x
- BMI08x data synchronization
Environmental Sensors
Pressure Sensors
Humidity sensors
Gas sensors
Smart sensors
- BHA250B - Axes Remapping
- BHA250B - Interface Reference Code
- BHA250B - MCU Driver Porting Guide
- BHA250B - Quick Start Guide
- BHA260AB - Evaluation Setup Guide
- BHA260AB - SDK Quick Start Guide
- BHA260AB - Programmer's Manual
- BHI160 - Axes Remapping
- BHI160 - Interface Reference Code
- BHI160 - MCU Driver Porting Guide
- BHI160 - Quick Start Guide
- BHI260AB Quick Start Guide
- BHI260AB Evaluation Setup Guide
- BHI260AB Programmer's Manual
- BMF055 - Extension Board User
- BMF055 - Example Project Data Stream
- BMF055 - Example Project Interrupts
- BMF055 - Example Project BSX lite Integration
- BNO055 - Quick Start Guide
- BNO055 - Xplained pro: Getting Started Guide
- BNO055 - UART interface
- BNO055 - USB Stick User Guide
Shipment & packaging details
Motion Sensors
Accelerometers
Gyroscopes
Magnetometers
IMUs
Absolute orientation sensors
Environmental Sensors
Pressure sensors
Humidity sensors
Gas sensors
Smart sensors
Handling, soldering & mounting instructions
Motion Sensors
Accelerometers
Gyroscopes
IMUs
Environmental Sensors
Pressure Sensors
Humidity sensors
Gas sensors
Smart sensors
Bosch Sensortec date code policy
- The date code represents the date that units were tested
- Products in shipment comply with all specifications of the related product data sheet and fulfill the requirements of MSL1 classified product according to IPC/JEDEC J-STD-020E
- Any material that was tested longer than 24 months before date of shipment will be requalified if required by risk assessment
- This policy applies for shipment to Bosch Sensortec customers, including distributors
| Date code | Is the part shippable | Certificate of conformance | Requalification required? |
|---|---|---|---|
|
Date code
0-12 months
|
Is the part shippable
yes
|
Certificate of conformance
no
|
Requalification required?
no
|
|
Date code
12 - 24 months
|
Is the part shippable
yes
|
Certificate of conformance
yes
|
Requalification required?
no
|
|
Date code
>24 months
|
Is the part shippable
yes
|
Certificate of conformance
yes
|
Requalification required?
depends on risk assessment
|
Bosch Sensortec drivers
Please have a look on the Bosch Sensortec GitHub channel.
You will find all relevant driver uploaded and free for download.
Link GitHub Channel https://github.com/BoschSensortec
SSC PVL drivers
All SSC PVL drivers for the Bosch Sensortec sensor portfolio can be downloaded at these links:
Software
Development Desktop Software
Development Environment for evaluation of Bosch Sensortec sensors
The Bosch Sensortec Development Board is a versatile, universal demonstration and development environment for Bosch Sensortec sensor products. The Development Board can be used together with Bosch Sensortec development desktop software to configure all sensor parameters and read-out / display / capture the data on the attached PC.
Graphical display:
The Development Desktop 2.0 UI displays the sensor signals and sensor interrupt signals in various graphical formats.
Data logging:
The Development Desktop 2.0 offers data logging of the measured sensor signals.
Configuration of the sensor:
Development Desktop 2.0 offers the possibility to configure sensor parameters of the Bosch Sensortec sensors.
Please click here for download Software tools
BSXlite Software
The BSXlite software is a feature reduced version of Bosch Sensortec’s BSX Fusion Software. BSX is a professional grade software used in multiple mobile-phone platforms and therefore contains many features which are not required in non-smartphone applications. BSXlite aims to reduce the integration complexity while maintaining a performance that is suitable for most applications.
More information and the possibility to download the BSXlite can be found here.
Bosch Sensortec Environmental Cluster (BSEC)
BSEC fusion library has been conceptualized to provide higher-level signal processing and fusion for the BME sensor. The library receives compensated sensor values from the sensor API. It processes the BME sensor signals in combination with the additional phone sensors to provide the requested sensor outputs.
More information and the possibility to download the EnvironmentalLib can be found here
COmmunication with INertial and Environmental Sensors (COINES)
Accessing the Application Board 2.0 using C and SensorAPI
COINES ("COmmunication with INertial and Environmental Sensors") provides a low-level interface to Bosch Sensortec’s Application Board APP2.0. The user can access Bosch Sensortec’s MEMS sensors through a C interface. COINES can be used with the SensorAPI of the sensor. The SensorAPI is available at https://github.com/BoschSensortec . Source code of sample applications and SensorAPI are provided with the COINES library as a package. The user can modify, compile and run the sample applications.
COINES can be used to see how to use the SensorAPI in an embedded environment and allows convenient data logging.
Intended audience
This software package is intended for experienced embedded software developers with good knowledge of the programming language C and the appropriate build tools.
Please click here for download Software tools