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Vélizy-Villacoublay, France
1-10 Employees
2012
Oledcomm is a French company, spinoff of Paris-Saclay University, pioneer and world leader in optical and photonic communications. Our mission is to provide high-speed wireless optical communications as a viable alternative to traditional cable connections in environments where radio waves are not desired or suitable. We are passionate about technological innovation and management.Thanks to our entrepreneurial spirit and calculated risk-taking, we are revolutionizing connectivity every day. Oledcomm is reinventing wireless communication standards by harnessing the power of LiFi technology. We are revolutionizing wireless communications by using light to transmit and receive information at unprecedented speeds to bring you greater security and mobility wherever radio waves are not desired. Oledcomm offers customized solutions, tailored for all types of structures. Oledcomm unveils its 1.5 x 2.5 mm LiFi chip. Oledcomm is selected by the European Innovation Council.
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Customized Oledcomm LiFi
... Discover Oledcomm's LiFi solutions. Driven by the mission of promoting LiFi, Oledcomm offers OEM solutions for all types of ...
City of Edinburgh, United Kingdom
51-100 Employees
2012
We are visionaries, inventors and achievers driving technology that will revolutionise the way we connect the world. We are LiFi visionaries, inventors and leaders driving technology that will revolutionise the way the world connects by:. We are always keen to meet talented professionals who would like to join our team. Since the formation of the company pureLiFi has launched 7 breakthrough products that are World’s firsts. The most comprehensive LiFi offering on the market. The latest news on LiFi technology along with pureLiFi events, announcements and innovation.
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LiFi@Home
... ’s LiFi@Home family of demonstrations use case visions and example implementations put LiFi into everyone’s hands and everyone’s living rooms. ...
Turdera, Argentina
1-10 Employees
2011
But reputation is the key and there is a lot of…. But reputation is the key and there is a lot of room for improvement.
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Pompeii LiFi App (Italy)
... Pompeii LiFi App (Italy) — Sfida ...
Çekmeköy, Turkey
1-10 Employees
2017
OKATEM was established in September 2015 with a generous government funding from Istanbul Development Agency (ISTKA). Hyperion Technologies is a spin-off company of the Center of Excellence in Optical Wireless Communication Technologies (OKATEM) at Ozyegin University. Hyperion Technologies was founded in February 2017 to commercialize the technologies developed at OKATEM.
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LiFi Receiver
... LiFi Receiver – Hyperion ...
Ahmedabad, India
11-50 Employees
We pride ourselves on our dedicated team who is very innovative and the usage of research to fuel people’s lives for the better. Optical Camera Communication is a part of Optical Wireless Communication. OCC is a great tool in rolling out the 5G technology. The optical wireless network is a crucial component to provide new learning experiences by connecting students and teachers to smart technology, enabling learning applications on any mobile device. Li-Fi can also provide seamless network connectivity and security throughout the whole school and/ or colleges. In hospital pharmacies and specifically in aseptic manufacturing sites, Li-Fi could be used by pharmacists for receiving and screening electronically approved prescriptions directly in the unit.
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Overview – LiFi – Connectivity is evolving
... Overview – LiFi – Connectivity is ...
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LiFi Digital - Industry News About LiFi Technology
... LiFi Digital - Industry News About LiFi ...
Hamburg, Germany
51-100 Employees
2020
We are the result of the Joint Venture between AIPC Global Headquarters in Hamburg and Fraunhofer. The growing needs of data transmission will soon exhaust the Radio Frequency Spectrum. LiFi is the only wireless technology that can meet the ultra-low latency requirements of Intelligent Manufacturing. LiFi is the only technology that can offer the entire backbone bandwidth & speed to its human user or machines. Schnell LiFi was honored to present its Radiation Free, ZERO EMI LiFi Technology products for the hospitals. Founded in 1949, it is owned by the Federal Government of Germany. Fraunhofer-Gesellschaft operates 75 research institutions in all major cities around the world. Our field experts are all vetted by the industry.
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Home | Schnell LiFi
... WHERE LIFI IS ...
Maungakiekie-Tāmaki, New Zealand
11-50 Employees
2004
TorqueIP are specialists in designing and building Smart Building systems. This ensures that what they deliver complies with global industry best practice, current industry standards and other relevant building code and regulatory requirements. Mak provides leadership for both the ICT and Smart Buildings Divisions and is involved with projects at the master planning and design phase driving value for clients by reducing costs and managing risk. Bruce is a well-respected industry lead in Healthcare, Government and Commercial Sectors, sitting on the NZ Health Design Council and Standards Australia and New Zealand CT-001 Committee. Bruce is the Practise Lead for Building Technologies with over 35 years of experience in voice, data, security and multimedia communications systems design, project management, installation, and technical support. Brett is a multifaceted Auditor, Designer, & Project manager with vast experience across many fields within the telecommunications industry. Satisfaction from delivering effective innovative customer solutions, on time and to budget expectations are Brett’s key motivation. Jason is AGILE certified and a senior ICT consultant specialising in the design and delivery of structured cabling systems, UFB infrastructure, network and Wi-Fi solutions, nurse call, audio visual and security systems.
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LiFi/WiFi
... LiFi/ ...
Évry-Courcouronnes, France
1-10 Employees
2019
PoE-Tic est concepteur et fabricant d’un dispositif « WiFi débrayable » baptisé PoE-Sea qui permet de couper le WiFi en fin d’activité pédagogique comme l’exige la législation au sein des écoles primaires. Pour ce faire, PoE-Tic sélectionne, forme et supervise des installateurs (électriciens, domoticiens, éclairagistes). PoE-Tic associe à ses offres innovantes et exclusives des valeurs de confiance, d’excellence et de pérennité. PoE-Tic se différencie par l’apport de solutions exclusives qui mettent en œuvre des technologies novatrices. Ses offres comprennent la fourniture des équipements et des services de proximité produits et distribués au travers d’un réseau d’installateurs et de revendeurs certifiés ; le réseau PoE-T. PoE-BPL : le BPL (Broadband over Power Lines) constitue une des briques essentielles des offres de PoE-Tic. Pour répondre aux exigences du secteur scolaire et particulièrement du primaire, les ingénieurs de PoE-Tic ont mis au point un dispositif qui permet aux enseignants et élèves de contrôler -depuis leur salle de classe- la mise en service des points d’accès WiFi (et LiFi). Cette solution universelle répond aux exigences des collectivités pour limiter les émissions radio électriques dans les établissements scolaires.
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PoE-Tic : infrastructures Réseau sans fil | Wireless network | BPL, WiFi, Lifi
... Constructeur, Conseil, Infrastructure, Réseau, Manufacturer, Consulting, Network, BPL, G.Hn, WiFi, Lifi, Loi, Law, ...
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Some interesting numbers and facts about the results you have just received for LiFi
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 39 |
| Amount of suitable service providers | 30 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 2004 |
| Youngest suiting company | 2020 |
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LiFi, short for Light Fidelity, represents an innovative wireless communication technology that utilizes light to transmit data and position between devices, in stark contrast to traditional Wi-Fi that employs radio frequencies. This technology harnesses LED lights which flicker on and off at incredibly high speeds, imperceptible to the human eye, to convey information. Given its reliance on light, LiFi boasts several advantages over Wi-Fi, including faster data transmission rates, enhanced security, and minimal electromagnetic interference, making it particularly beneficial in environments where radio frequency communication poses a challenge, such as hospitals and aircraft. Additionally, since light cannot penetrate walls, LiFi offers a more secure form of data transmission, limiting the risk of unauthorized access compared to Wi-Fi's broader range. The advent of LiFi technology has the potential to revolutionize the digital landscape by facilitating a more efficient, secure, and faster method of internet connectivity. Its deployment can significantly impact various sectors, including telecommunications, where it can alleviate the spectrum congestion issues faced by Wi-Fi, and in smart lighting solutions, where it can integrate illumination and data transmission functionalities, thereby contributing to the development of smarter, more interconnected environments.
1. Higher Speeds
LiFi technology offers remarkably higher data transmission speeds compared to traditional WiFi. It utilizes light to transfer data, which can achieve speeds up to 100 Gbps, significantly enhancing user experience by allowing for rapid downloading and streaming of content.
2. Enhanced Security
Since LiFi operates through light waves and cannot penetrate walls, it provides an inherently more secure connection. This limitation makes it extremely difficult for potential hackers to access a LiFi network from outside the physical space it occupies, thereby offering a higher level of security for sensitive information.
3. Reduced Interference
LiFi systems are not affected by electromagnetic interference, making them ideal for use in environments where WiFi signals might be weak or disrupted. This characteristic ensures a stable and reliable connection in areas such as hospitals and industrial spaces, where interference from other electronic devices could be problematic.
4. Efficient Use of Spectrum
The visible light spectrum is vastly underutilized and offers a bandwidth thousands of times greater than the radio frequency spectrum used by WiFi. LiFi's ability to tap into this vast resource means it could significantly alleviate the current spectrum crunch, providing more efficient and abundant data transmission capabilities.
While evaluating the different suppliers make sure to check the following criteria:
1. Compatibility
Ensure the LiFi technology is compatible with existing IT infrastructure, to avoid costly overhauls.
2. Data Transmission Speed
Consider the maximum and average data transmission speeds offered, as this affects overall network performance.
3. Security Features
Evaluate the security measures in place, since LiFi can potentially offer more secure data transmission than traditional Wi-Fi.
4. Range and Coverage
Check the effective coverage area and signal range of the LiFi system to ensure it meets your spatial requirements.
5. Power Consumption
Assess the power requirements of the LiFi system, as this impacts long-term operational costs.
6. Cost
Compare the upfront and ongoing costs of different suppliers to find a balance between quality and budget constraints.
7. Support and Maintenance
Inquire about the supplier's support services and maintenance offerings to ensure reliable operation.
LiFi technology, leveraging light to transmit data, offers innovative solutions across multiple industries. In the manufacturing sector, LiFi can significantly enhance automation and machine-to-machine communication. Its high-speed, secure data transmission capabilities ensure real-time sharing of operational data, improving efficiency and reducing downtime. In healthcare, LiFi's application in hospital settings stands out for its ability to offer a reliable, interference-free communication system. This aspect is crucial for medical devices that rely on uninterrupted data flow for patient monitoring and in areas where traditional Wi-Fi signals could interfere with medical equipment. The retail industry benefits from LiFi through enhanced in-store experiences. Retailers can use LiFi to push targeted promotions and information to customers' smartphones as they move through different sections of the store. This precise, location-based communication helps in personalizing the shopping experience and improving customer engagement. Secure, high-speed internet access in corporate offices is another significant application. LiFi ensures a safer network in sensitive areas where Wi-Fi signals could pose a security risk. It provides a dedicated bandwidth to each user, resulting in faster and more reliable connections, which is essential for businesses handling large volumes of data. Each of these use cases demonstrates LiFi's potential to revolutionize how industries operate, offering secure, efficient, and innovative solutions to meet their specific needs.
LiFi, or Light Fidelity, as of the last update, sits approximately at Technology Readiness Level (TRL) 6-7. This classification indicates that LiFi technology has evolved from basic research and development stages into more mature phases where its feasibility has been proven through prototypes and its integration in environments that mimic real-world applications. The reason LiFi is positioned at this intermediate level of readiness primarily stems from several technical challenges and milestones that have been addressed, yet some persist. For instance, advancements in LED technology have enabled higher data transmission rates and more efficient modulation techniques, showcasing LiFi's viability for high-speed internet access in controlled environments. However, LiFi's reliance on visible light limits its operational range and penetration through solid objects, contrasting with traditional Wi-Fi that utilizes radio waves. Additionally, while prototypes demonstrate successful deployment in specific scenarios like indoor navigation and secure wireless communications, widespread adoption requires further refinement in device interoperability, power consumption optimization, and the development of comprehensive standards to ensure compatibility and reliability across various devices and environments. These technical hurdles underscore the current TRL placement, reflecting LiFi's progress towards commercial viability while highlighting the areas needing attention before achieving broader market penetration.
In the Short-Term, LiFi technology is expected to witness significant advancements in data transmission rates and network stability. Innovations in LED light modulation techniques will allow for faster data processing speeds, making LiFi a more viable option for high-speed internet access in dense urban environments. This phase will also see the integration of LiFi with existing wireless communication standards, enhancing interoperability and ease of adoption. The Mid-Term developmental stage will focus on expanding LiFi's application beyond indoor environments to outdoor and mobility uses, such as in smart city infrastructures and vehicle-to-vehicle communication systems. Breakthroughs in miniaturizing LiFi components will enable their incorporation into mobile devices and streetlights, offering ubiquitous internet access while alleviating the spectrum congestion faced by traditional Wi-Fi networks. In the Long-Term, LiFi is anticipated to revolutionize the concept of Internet of Things (IoT) by providing a secure and efficient communication medium for billions of connected devices. With its inherent advantage of not interfering with radio frequency signals, LiFi will become crucial in sensitive environments like hospitals and airplanes, where electromagnetic interference is a concern. Moreover, advancements in energy harvesting technologies will allow LiFi-enabled devices to power themselves using ambient light, paving the way for sustainable and self-sufficient IoT ecosystems.
Some interesting questions that has been asked about the results you have just received for LiFi
What are related technologies to LiFi?
Based on our calculations related technologies to LiFi are Magnets, Printed Electronics, Industrial Amplifiers, Electronic Transducers, Electronic Oscillators
Who are Start-Ups in the field of LiFi?
Start-Ups who are working in LiFi are LiFiComm
Which industries are mostly working on LiFi?
The most represented industries which are working in LiFi are Hardware, Information Technology, Commerce and Shopping, Data and Analytics, Consumer Electronics
How does ensun find these LiFi Companies?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.
