 Hello, here I show a complete prototyping system, which can be used to easily evaluate our 3 phase gate driver ST Drive 101. This is our revolution board, the Eval ST Drive 101. Very useful to evaluate quickly the new driver. In this board, as you can see, there is the ST Drive 101 and the full inverter based on our F7 power MOSFET and all the connection needed in order to complete the system and run your brushless motor. I use this Nougla board based on our microcontroller ST32F32 and adapter card in order to connect the microcontroller board to the Eval ST Drive 101. In fact, in there you can see our standard ST motor control connector. With this flat cable you can then connect to the Eval ST Drive 101 board. Now the setup is almost done. Connect your brushless motor, the power supply, the all sensors and you are now ready to run the motor and fine tune the key parameters. For instance, related to the field oriented control or protection setup. Using this hardware prototype and the ST firmware examples. Once the motor control part has been finalized, you can move to the next step, designing a dedicated hardware with the product form factor and including any other function that is usually present in the final application. Like the communication between the motor control unit and the central unit or the communication between different motor control units. Let's see an example where we have addressed both challenges. A maids game. Here the key point is to have several motor spinning well synchronized together. We designed a board dedicated to including all the function for a maids game. Both the motor control and the communication. The board designs come as first and final design as far as motor control is concerned. Due to the bug already done on the prototype hardware with the ST Drive 101 evaluation board. This saves time, allowing the designer to focus solely on the motor synchronization and the communication. And here is the final application with all the for motor spinning smoothly and with precise position control implementation. We have been able to get to the final result addressing first the motor control and only when this part has been completed adding the other function and building blocks. The ST motor control ecosystem has been a key factor to speed up the overall design process.