1. Light Communications Experience of a Lighting Systems Manufacturer
May 2015
doc.: IEEE /0496r1
September 2017
Light Communications Experience of a Lighting Systems Manufacturer
Date:
Author:
Christophe Jurczak (Lucibel)
Edward Au (Marvell Semiconductor)

2. Outline Background Lighting Industry Use-Cases in LC Conclusion
September 2017
Outline
Background Lighting Industry
Use-Cases in LC
Conclusion
Christophe Jurczak (Lucibel)

3. The LED Industry has Outperformed all Energy Technologies
January 2016
doc.: IEEE /1472r0
September 2017
The LED Industry has Outperformed all Energy Technologies
Capital cost (ralative)
Source: World Energy Outlook, 2016
Christophe Jurczak (Lucibel)
Edward Au (Huawei Technologies)

4. Law of Accelerating Returns for LED lighting too
January 2016
doc.: IEEE /1472r0
September 2017
Law of Accelerating Returns for LED lighting too
Source: Al Amri et al., Optics in our time, 2016
Christophe Jurczak (Lucibel)
Edward Au (Huawei Technologies)

5. Imposing therefore LEDs as the Lighting Best Available Technology
January 2016
doc.: IEEE /1472r0
September 2017
Imposing therefore LEDs as the Lighting Best Available Technology
Source: National Academy of Science Assessment of Advanced SSL lighting, 2017
Christophe Jurczak (Lucibel)
Edward Au (Huawei Technologies)

6. January 2016
doc.: IEEE /1472r0
September 2017
The Lighting Industry is adding New Value Pools beyond Energy Efficiency
LightCommunications
Value Proposition
Source: Lighting Europe, 2017
Christophe Jurczak (Lucibel)
Edward Au (Huawei Technologies)

7. January 2016
doc.: IEEE /1472r0
September 2017
Light Communication Technologies are a Key Part of Intelligent Lighting Systems
Christophe Jurczak (Lucibel)
Edward Au (Huawei Technologies)

8. Current Use Cases for LC Capitalize on Unique Selling Points
January 2016
doc.: IEEE /1472r0
September 2017
Current Use Cases for LC Capitalize on Unique Selling Points
Guaranteed connectivity areas within an illuminated space
The connectivity is only accessible within a cone of light which ensures a zone of privacy and reinforced data access security
Respect for environments where electromagnetic compatibility standards are critical.
Alternative to RF for electro-sensitive people, assumed or legislated
Christophe Jurczak (Lucibel)
Edward Au (Huawei Technologies)

9. UC #1 – Conference Areas: Security, Guarantee of Connection
January 2016
doc.: IEEE /1472r0
September 2017
UC #1 – Conference Areas: Security, Guarantee of Connection
Laurent Charon, Chief Innovation Officer of Viparis, operator of 10 outstanding conference areas in Paris, leader in exhibition fairs in Europe
“Permanently looking for innovation, Viparis is testing since last January internet access with Light Communications in « Palais des Congrès» of Paris. We want to offer well-connected, cosy and confidential workspaces in our areas. During a medical convention where more than persons were attending to, most of the visitors were able to use this internet access with a high quality of service. We are working now on more use cases and associated business models. “
Christophe Jurczak (Lucibel)
Edward Au (Huawei Technologies)

10. UC #2 – Workspace: Security, Flexibility
January 2016
doc.: IEEE /1472r0
September 2017
UC #2 – Workspace: Security, Flexibility
Loïc Daniel – Deputy Managing Director of Nexity corporate real estate, leader of the French real estate market (over 3 billion € of turnover)
“Nexity’s innovation strategy results in a desire to respond to occupant’s needs in term of connected and flexible workspaces which are dedicated to their well-being.”
Christophe Jurczak (Lucibel)
Edward Au (Huawei Technologies)

11. UC #3 – Healthcare and Industry: EMI Mitigation, Security
September 2017
UC #3 – Healthcare and Industry: EMI Mitigation, Security
Francois Duforez, MD Hôtel-Dieu, Paris
“The light communication solution that we implemented is perfectly suited for hospital and clinical environments, for a variety of reasons: it allows wireless data exchanges in environments that are constrained in terms of electromagnetic compatibility such as operating rooms or areas equipped with MRI machines. This technology also meets the requirements of the Abeille law in France which aims to limit exposure to radio waves for children under 3 years of age. Finally, the security of wireless data exchange via light enhances the confidentiality of patient data.”
Christophe Jurczak (Lucibel)

12. UC #3 – Healthcare and Industry
September 2017
UC #3 – Healthcare and Industry
Olivier SCHMITT, SAP Experience Business Center Manager
"Collect data, store, analyze, predict and act. As part of our continuous monitoring of new technologies allowing us to develop or improve our decision making support services, the Light Communications solution of access to the internet by light is a real alternative to allow exchanges and wireless data collection in environments that are constrained in terms of electromagnetic compatibility or data confidentiality. This is why we have integrated it into the SAP France innovation and experience center, which allows us to present it to all our customers, particularly in the hospital or industrial environment. "
Christophe Jurczak (Lucibel)

13. Emerging Use Cases To Benefit from Performance Improvements of LC
September 2017
Emerging Use Cases To Benefit from Performance Improvements of LC
Christophe Jurczak (Lucibel)

14. Conclusion LED penetration continues to increase dramatically
September 2017
Conclusion
LED penetration continues to increase dramatically
LC technologies are key to add value for the users through intelligent lighting systems and human centric lighting
We expect LC SG to support current and emerging use cases to improve wireless data users’ experience and propose:
Proposal 1: the PAR/CSD should target throughputs in the range of 10 Mbps to 5 Gbps
Proposal 2: the PAR/CSD should target latencies in the range of 2ms to 500ms
(…)
Christophe Jurczak (Lucibel)

15. Conclusion (continued)
September 2017
Conclusion
(continued)
Proposal 3: the PAR/CSD should target handover times in the range of 50ms to 200ms
Proposal 4: the PAR/CSD should target maximum distances between emitter and receiver of feet (low bay) up to 30 feet (high bay)
Proposal 5: the PAR/CSD should target hybrid operation of RF and LC
Proposal 6: the PAR/CSD should target visible light and IR, in particular for the uplink
Christophe Jurczak (Lucibel)