Optical Wireless Communication (OWC) is very well positioned to provide high speed, latency-free communication for these applications. By networking multiple OWC-enabled access points, one can build a new mobile communication system integrated with lighting. At the moment, first generations of of Li-Fi system, based on visible or InfraRed LEDs are rolled out, based on the new ITU standard, but the potential for OWC goes much further.
While radio communication systems eagerly aim to achieve better performance, we see that the complexity of the proposed radio systems explodes, to copy with the increasing congestion and mutual interference. Theoretically achievable data rates of radio systems are impressive, yet the practical experience is that Wi-Fi often gives poor connectivity, particularly in dense areas.
Li-Fi has key advantages: In critical applications radio signals can easily be jammed. Radio reception is hampered by reception problems is environments with lots of metals, such as factory halls. While radio spectrum is densely populated, communication via light can use vast amounts unlicensed optical spectrum. This, in addition to the ability to steer laser light beams precisely the location of the client devices, excellently positions optical communication to connect the IoT of the future.
The future IoT can be enabled by OWC providing networked mobile communication using the light. Moreover, identifiers in the light can provide accurate positioning information, to support for instance asset tracking and to guide autonomous vehicles.
This event brings you an update on a number of recent developments and looks further into the future.
Topics of the conference are:
- Li-Fi Taking off in the market
- Li-Fi for IoT
- Li-Fi for Industry 4.0
- Li-Fi and 5G
- Li-Fi standardization
- Realisation of Li-FI systems, Silicon Integration ICs for LiFi