LiFi Technology
G&H | Artemis has positioned itself as a high-tech developer and solutions provider within the rapidly growing Light Fidelity (LiFi) industry.
LiFi is a cutting-edge alternative to WiFi, utilising existing light sources to transfer data through wireless optical networking technology, offering numerous advantages over traditional WiFi systems.
Data transmission via light-emitting diode (LED) networks offers several benefits over conventional radio wavelength-based WiFi. LiFi provides a secure means of data transfer as it is contained within the building walls when installed, making it undetectable externally from a distance, unlike WiFi. This enhanced security feature makes LiFi particularly suitable for offices, banks, and insurance companies, where data sensitivity is of utmost importance.
Additionally, data transmitted across light-based communications links avoids interference with electrical equipment. This feature makes LiFi an ideal solution for environments where radio frequency (RF) transmissions are restricted or not feasible. For instance, uninterrupted data flow can be provided through reading lights on airplanes or through existing ceiling lighting in hospitals, ensuring seamless communication and minimal interference with sensitive equipment.
Our Solutions:
G&H | Artemis offers tailor-made solutions for optically filtering transmitted and detected LiFi optical data communication streams. The company's flexible approach caters to various project requirements, whether you need small quantities of coatings for prototyping, a few dozen for pre-production, or large volumes for full-scale production. G&H | Artemis’ extensive capabilities and expertise are designed to ensure the success of your projects and to support the continued growth and development of the LiFi industry.
By providing innovative solutions that enhance data security, reduce interference, and offer increased versatility in various environments, G&H | Artemis’ plays a crucial role in promoting the widespread adoption of LiFi technology.