As an embedded software engineer...
How are you going to cope with a fast-changing transportation market?
Quickly learn how our revolutionary approach designed by Engineers for Engineers enables fast prototyping to speed up your Transportation application development.
Let’s hear from Stacey about AutoDevKit™ and its ecosystem!
Featured application of the month
Vehicle blind spot detection and alerting system – AutoDevKit educational tool
The blind spot tool based on AutoDevKit simulates an alerting system able to notify the driver while at the commands about obstacles present in blind spots around the vehicle, e.g. when one vehicle is trying to overtake another one. With a step-by-step approach, you can learn how to create applications in AutoDevKit.
Find out more on www.st.com/autodevkit-blindspot
Find out more on www.st.com/autodevkit-blindspot
AutoDevKit development approach...
Play this video to see how AutoDevKit (AEK for short) enables you to prototype and standardize complex car ECUs by proposing a complete development cycle.
Find out more on www.st.com/autodevkit
Download AEK software from: www.st.com/autodevkitsw
Browse & order Hardware tools
Casting an eye over:
A set of online short tutorials to learn AutoDevKit ecosystem step-by-step:
To help you simplify and speed up your familiarization with our toolset, and reduce your application development phase.
| Download and install the AutoDevKit Software | Create a new application project in the SPC5Studio environment |
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| Watch to simply install the AutoDevKit, following step-by-step operating instructions | Watch to create your project step by step, choose the MCU platform, set-up the application components and generate the application code. |
| Add a component in the SPC5Studio application | Configure MCU pins with the PinMap editor (and graphical interface) |
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| Watch to pick how SPC5Studio and AutoDevKit simplify the configuration of an embedded system, outsmarting pitfalls. | Watch to understand how the PinMap editor tool facilitates the prototype pin configuration, freing you from managing detailed hardware connectivity. |
| Connect the MCU board to the 'other' board with the Board View | Using APIs to control chip settings |
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| Watch to master the Board View tool, focusing on the connection between the MCU board and the LED driver board (user case). | Watch to see how you can control chip functions and features; a very high level and easy-to-use method or an advanced low-level access is available. |
