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
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.
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|
|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)|
|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|
|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.|