What's Happening?
Askey and pureLiFi have introduced an integrated 5G/Li-Fi platform designed to overcome a significant challenge in fixed wireless access (FWA) deployment: signal penetration through windows. The new platform uses Li-Fi technology, which employs infrared
light signals to deliver high-speed data, to efficiently transmit signals through windows without wasting cellular bandwidth. This approach addresses the long-standing issue of signal loss when FWA devices are deployed indoors. The platform, developed in partnership with modem supplier Askey, features a two-device system that allows for self-installation, with one device inside the home and another outside the window, communicating via Li-Fi.
Why It's Important?
The development of this integrated platform is crucial as it offers a more efficient solution for FWA deployment, potentially reducing costs and improving service quality for consumers. By addressing the window penetration issue, the platform can enhance the performance of FWA systems, which are increasingly used to provide broadband access in areas lacking traditional infrastructure. This innovation could lead to broader adoption of FWA technology, offering a viable alternative to wired broadband services. Additionally, the use of Li-Fi technology represents a significant advancement in wireless communication, with potential applications beyond FWA, including secure data transmission in various settings.
What's Next?
Askey and pureLiFi plan to make the integrated platform available for demonstrations and testing with carriers worldwide by mid-2026. The success of this technology could prompt other companies to explore similar solutions, potentially leading to further innovations in the FWA market. As the platform gains traction, it may influence industry standards and encourage the adoption of Li-Fi technology in other wireless communication applications. Stakeholders, including telecom operators and consumers, will likely watch the platform's performance closely to assess its impact on the FWA landscape.
