One cape can work as Transmitter (TX) or Receiver (RX).Īlthough OpenVLC 1.3 cape is designed to be connected to the BBB, its functionalities can be tried without one. This,and the new receiver design allow us to increase the transmission frequency to 1 MHz and, thus, the communication rate. The new OpenVLC1.3 takes advantage of the programmable real time units (PRU) included in the BBB. In OpenVLC, the VLC interface is set up as a new communication interface that can take advantage of the vast range of Linux tools. The software solution is implemented as a Linux driver that can communicate directly with the cape and the Linux networking stack. OpenVLC1.3 driver: software defined MAC and PHY layer (implemented as Linux driver) and firmware (to control the programmable real time units of the BBB (PRU)).OpenVLC1.3 RevA cape: the VLC front-end.BEAGLEBONE Black (BBB) Board (needs Rev C produced from 2017 you need to connect an external 5V power supply to the BBB): cost $ 45 - $ 60 AM3359 1 GHz, 4 timers, 65 GPIOs.OpenVLC needs just a few components to work: We are delighted to announce that OpenVLC1.3 is ready for delivery! OpenVLC1.3 can now achieve a throughput of 400 Kb/s at the Transport Layer at a distance of more than 3 meter, powered simply by the BeagleBone Black!ĭetails on how to get started are introduced below. The research and development is led by IMDEA Networks Institute, Spain, but anyone is welcome to contribute. This is the repository for the OpenVLC platform, an open-source, flexible and low-cost Visible Light Communication System platform.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |