French Company Icade is Piloting Philips Lighting's LiFi Luminaires
References: newsroom.lighting.philips & fastcodesign
You might not realize it, but the internet as it is today is facing an existential crisis, and technology like the kind on display in Philips Lighting's LiFi luminaires offers a potential solution. The impressive technology transmits internet data through pulsing light (rather than radio waves), freeing up valuable bandwidth while also offer breakneck speeds.
The radio seems archaic in comparison to the power of the internet, but modern Wi-Fi uses exactly the same technology. Wi-Fi signals are transmitted using the radio spectrum, which is inherently limited. While there's currently enough bandwidth on that spectrum to handle the rigors of modern internet use, experts predict that radio will fall dramatically short of demand within just 20 years. The light spectrum — the very same one that you likely learned about in elementary science classes — offers 2,600 times the capacity of the radio spectrum, meaning that even the most liberal estimates for society's 20-year bandwidth demands would only take up 0.8 percent of the available bandwidth.
Philips Lighting's LiFi luminaires use incredibly fast, indiscernible pulses of light to transmit internet data, and in clinical trials LiFi can reach speeds well beyond even the most advanced Wi-Fi. The technology is still nascent, though. Philips recently announced a pilot project for its LiFi luminaires, using French company Icade as its guinea pig. With the lights, the office will receive internet at 30 Mbps — not record-breaking, but certainly fast enough to handle the average employee's needs.
The radio seems archaic in comparison to the power of the internet, but modern Wi-Fi uses exactly the same technology. Wi-Fi signals are transmitted using the radio spectrum, which is inherently limited. While there's currently enough bandwidth on that spectrum to handle the rigors of modern internet use, experts predict that radio will fall dramatically short of demand within just 20 years. The light spectrum — the very same one that you likely learned about in elementary science classes — offers 2,600 times the capacity of the radio spectrum, meaning that even the most liberal estimates for society's 20-year bandwidth demands would only take up 0.8 percent of the available bandwidth.
Philips Lighting's LiFi luminaires use incredibly fast, indiscernible pulses of light to transmit internet data, and in clinical trials LiFi can reach speeds well beyond even the most advanced Wi-Fi. The technology is still nascent, though. Philips recently announced a pilot project for its LiFi luminaires, using French company Icade as its guinea pig. With the lights, the office will receive internet at 30 Mbps — not record-breaking, but certainly fast enough to handle the average employee's needs.
Trend Themes
1. Lifi Technology - LiFi technology offers a potential solution to the limited radio spectrum for internet data transmission.
2. Light Spectrum - The light spectrum offers 2,600 times the capacity of the radio spectrum, presenting an immense opportunity for data transmission.
3. Pilot Project - Philips Lighting's pilot project for its LiFi luminaires presents an opportunity to test the efficacy of the technology in a real-world setting.
Industry Implications
1. Lighting Industry - The lighting industry can leverage LiFi technology to offer a unique solution that combines lighting and internet data transmission.
2. Technology Industry - The technology industry can develop and market LiFi-enabled devices to consumers to capitalize on the growing need for faster and more efficient internet data transmission.
3. Real Estate Industry - The real estate industry can incorporate LiFi technology into its infrastructure to offer high-speed internet access to its tenants.
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