 Hello everybody, my name is Mauro Scandiuzzo, I'm working for ST Microelectronics, I'm a field application about the sensor, motion and environmental sensors. What I'm going to present to you is a Uniclio graphical user interface, very useful to investigate better the functionality of our sensors. To work with our STM32 let's start to investigate which kind of hardware we need. So we need that nuclear board, so is an STM32 EVO board, in particular I use a Cortex-M4, the name of the board is F401, I use an expansion board based on the ST MEMS sensor, in particular I use the IKS01A2 with embedded the latest sensor in ST portfolio. On top of that I apply a different expansion board in this 24 pin dwelling line, this adapter board mounts the latest accelerometer ultra low power of ST Microelectronics, the name of this device is LIS2DW12. This is the hardware that we require for the investigation of Uniclio graphical user interface. In terms of software we need to download two parts in ST.com website, one is for sure the software Unico interface, so it's just a matter to type Uniclo in the ST.com download the file and install in your PC. The other step you need a firmware to upload in the STM32 nuclear board, so the firmware that you need is Xcube MEMS XT1, that is the firmware that you need to download from ST.com. Let's go to the main tab, the main tab is IKS01A2 option, one important thing is selecting the full scale. Let's start for example for the accelerometer, the accelerometer option I can go from 2G full scale up to 16G full scale. For the gyroscope the angular speed I can select from 245 degrees per second up to 2000 degrees per second, the same also for other Samsung's. The other aspect is the auto data rate and I can select a different auto data rate, so now for example the other part is the motion MEMS plot, so now we see that the auto data rate is 1 Hz, we want to speed up that, so for example we start go up to 2hz, so with 2hz now we see that the motion is faster, so the auto data rate is faster, and here we can see for example the accelerometer, the triaxis accelerometer. If we move the board and we flip like 90 degrees, so we see the gravity move from z-axis to x-axis. I can catch also the movement of the gyroscope and here on the bottom part I have the magnetometer, so if I put close my phone I see the variation of magnetic field. With environmental sensor I can see the same, so I can see the temperature, the humidity and the pressure. If I touch the device I will see the variation in thermal temperature and humidity. If I want to data-logging the different sensor I can just with a fast interaction using the user messages I can see the time stamp, the pressure, temperature, humidity, accelerometer, XYZ and the gyroscope and magnetometer axis, but if I want to really downloading and data-logging the device I can use the data-logging settings and I can select which kind of device I want to downloading. If I want data-logging just the accelerometer then is a easy way, so I can select the revision 3, I can start the logging, I can stop the logging, I can open the file directly with Excel and I can plot the different values. This is all for today, thank you very much for attending and watching the video.