LINXC Bridge: Revolutionizing High-Speed Broadband with Li-Fi at MWC 2025

The LINXC Bridge System, unveiled at MWC 2025, uses Li-Fi for high-speed, low-latency wireless internet, simplifying broadband deployment.

LINXC Bridge: Revolutionizing High-Speed Broadband with Li-Fi at MWC 2025

During the 2025 Mobile World Congress in Barcelona, pureLiFi and Solace Power introduced the LINXC Bridge System, an innovative method for improving fixed wireless internet deployment. This system makes use of Li-Fi technology, which uses light signals to transport data at ultra-fast speeds and with low latency.

How Does the LINXC Bridge Work?

The LINXC Bridge is made up of two small units, one outside and one inside, each attached to a window. The outdoor unit receives and transmits a cellular or satellite signal using Li-Fi via the window glass. The indoor unit then delivers the data to a Wi-Fi router, allowing for seamless internet access. This eliminates the need for complicated wiring or drilling, resulting in faster and more efficient internet installations.

With download speeds of up to 5Gbps and the capacity to safely supply 1Gbps of data and 20 watts of power, the LINXC Bridge can considerably improve 5G home broadband and satellite internet connectivity, particularly in weak signal areas. 

Benefits of the LINXC Bridge System 

  • The system can be set up in under five minutes, eliminating the need for extensive fiber or cable installations.
  • Offers multi-gigabit speeds with less latency than Wi-Fi.
  • Defence and government agencies currently rely on Li-Fi for secure data transmission.

The LINXC Bridge is now in trial phase and will deploy in the U.S. to address network capacity challenges for fixed wireless providers such as T-Mobile. As the demand for rural broadband solutions develops, Li-Fi technology has the potential to transform how internet access is supplied.

While Li-Fi's limited range is still an issue, technologies such as the LINXC Bridge are paving the path for a faster, more accessible future of connectivity.

This article is based on information from CNET