pureLiFi shows its gigabit LINXC Bridge technology to UKWISPA
Using Light for gigabit wireless connections

We are excited to introduce pureLiFi to the UKWISPA community!
pureLiFi is a leading innovator in global connectivity through LiFi technology – a groundbreaking innovation poised to revolutionise how we connect.
LiFi uses light instead of radio waves for wireless communication. Invented in the UK by co-founders of pureLiFi at the University of Edinburgh, LiFi was first introduced to the world in a 2011 TED Global Talk and viewed millions of times. Since then, pureLiFi has achieved numerous industry milestones, including being the first to ship LiFi devices on a commercial scale.
Today, pureLiFi offers some of the most comprehensive LiFi solutions available, including their latest innovation: LINXC Bridge™. LINXC Bridge is the simplest, fastest, and most economical way to enable a high-quality, resilient link between outdoor wireless broadband CPE and an indoor network.
On 12th December 2024, pureLiFi hosted an exclusive UKWISPA LiFi webinar, presented by Bart Bowser, Vice President of Sales and Business Development.
The webinar explored:
• How LINXC Bridge improves speed and reduces costs.
• Ways it optimises signal strength throughout buildings for reliable coverage.
• How it facilitates access to hard-to-reach locations without extensive infrastructure changes.
• The elimination of the need to drill into building structures, reducing installation time and disruption.
• Insights into how LINXC Bridge can accelerate deployment times, enhancing efficiency.
• The transformative benefits of LINXC Bridge for broadband deployment strategies and overcoming common challenges.
The webinar recording is now available here: UKWISPA pureLiFi Webinar 12 December 2024.
Dive into the session to explore how pureLiFi’s cutting-edge innovations can help you deliver seamless, secure, and efficient connectivity solutions, empowering your networks to overcome today’s challenges and embrace the future of wireless communication.





















