contrôler une I/O pour<br />envoyer la trame. Des boutons ON et OFF disponibles sur l’IHM permettent de contrôler chaque<br />prise.<br /><br />Project description<br />Within the iTeam framework, when a server goes down, it is necessary to be able to restart it<br />remotely in order to not be forced to step in manually. Therefore, it is interesting to remote control<br />plugs through the internet.<br />The purpose of this project is to use a “radio remote controlled plugs kit” in order to adapt an<br />embedded Ethernet interface with a PIC18F97J60.<br />To do this, we use 1600W ON/OFF plugs we bought. The signal emulation (MF – 433,92 MHz – 30<br />meters range) of the original remote control allows the system to command up to 256 different plugs<br />with only one housing.<br />The PIC18F97J60 has an embedded Ethernet module allowing us to realize low cost Ethernet<br />applications. The PIC programming and every used protocols have been done thanks to Microchip<br />Stack. The PIC includes a web server allowing the user to control an I/O in order to send the frame.<br />Available ON and OFF switches on the HMI allow to control each plug.
