Therefore lc can increase the sustainability of

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Therefore, LC can increase the sustainability of wireless communications and maintain the industry growth rates.
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doc.: IEEE 802.11-17/0962r3 Submission July 2017 Nikola Serafimovski (pureLiFi) Slide 59 LC has comparable energy efficiency to 802.11 and more available energy for the downlink Energy Requirements Lighting is already present and consuming power Regulation requires minimum indoor illumination levels Available Computational Similar complexity as existing 802.11 PHY and MAC protocols Radiated More energy is required to achieve the same distance as RF due to smaller wavelengths and intensity modulation / direct detection
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doc.: IEEE 802.11-17/0962r3 Submission Slide 60 The costs for integrating LC in mobile devices are well understood in the industry July 2017 Nikola Serafimovski (pureLiFi) LC requires optical elements for the transmission and detection of modulated light signals as well as digital signal processing elements. An increasing number of industries have and are introducing optical detection modules (eg., digital cameras) in mobile devices, cars, industrial devices and more with known cost factors. The mobile devices industry has a clear understanding of the associated costs and integration effort for multiple communication modules. LC modules that can be integrated in mobile devices could easily scale to be deployed in multiple other verticals.
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doc.: IEEE 802.11-17/0962r3 Submission Slide 61 LC devices are expected to have substantially similar complexity and therefore cost as existing Wi-Fi chipsets July 2017 Nikola Serafimovski (pureLiFi) The creation of a LC standard within 802.11 would ensure that aside from the physical modulation (transmitter and receiver) devices, the remaining elements would have substantially similar capabilities and therefore similar device costs as existing Wi-Fi products. On the access point side: There are over 550 million LED lights sold annually with a 13% CAGR. Each light already has the transmitting element (LEDs) Each light already has the required connection to the backbone (assuming power line communications or PoE connectivity) Each light already has the AC/DC conversion circuitry Each light would need only a LC chipset along with the relevant receiver (LED driver and photodiode) On the device side, each mobile phone has: Multiple connectivity chipsets are available on mobile devices, which could include a LC core Multiple optical elements that are indicative of the devices that may be used for LC
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doc.: IEEE 802.11-17/0962r3 Submission Slide 62 LC offers significant market growth potential with over 550 million lights sold annually and 13% CAGR July 2017 Nikola Serafimovski (pureLiFi) “The LiFi market is expected to grow to $75.5 Billion by 2023 with CAGR of 80%.” – Global Market Insights, Inc.
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