Credit: Yongjin Wang, Nanjing University of Posts and TelecommunicationsThe most current network architecture uses a variety of light sources to surmount obstacles postured by the environment.Scientists have developed an interaction network completely based on light that makes it possible for seamless connectivity throughout space, air, and undersea environments. “This brand-new cordless network enables continuous connectivity throughout environments, assisting in two-way real-time data transmission between the network nodes that carry out interaction and information exchange within and in between networks.” In the Optica Publishing Group journal Optics Express, the scientists explain the entirely light-based communication network and demonstrate real-time video communication in between network nodes.
Credit: Yongjin Wang, Nanjing University of Posts and TelecommunicationsThe latest network architecture uses a variety of light sources to surmount obstacles presented by the environment.Scientists have actually developed a communication network totally based on light that makes it possible for smooth connectivity throughout area, air, and undersea environments. “This new cordless network enables undisturbed connection throughout environments, helping with two-way real-time data transmission between the network nodes that bring out communication and information exchange within and in between networks.” In the Optica Publishing Group journal Optics Express, the researchers describe the completely light-based communication network and demonstrate real-time video interaction in between network nodes. The network can also connect to the internet by means of a modem, approving individuals who might be in a remote ocean area, for example, access to the backbone network for details sharing. Utilizing a network packet analysis tool, an optimum package loss ratio of 5.80% and a transmission hold-up listed below 74 milliseconds was measured.Now, the scientists aim to enhance the throughput of the all-light interaction network by utilizing wavelength department multiplexing to get rid of the bottleneck caused by LEDs.