市场调查报告书
商品编码
1245449
Light Fidelity 全球市场规模、份额、行业趋势分析报告:按组件、按最终用户(医疗保健、零售、教育、航空航天与国防、汽车、政府、交通)、区域展望和预测,2022-2028 年Global Light Fidelity Market Size, Share & Industry Trends Analysis Report By Component, By End-Use (Healthcare, Retail, Education, Aerospace & Defense, Automotive, Government, Transportation), By Regional Outlook and Forecast, 2022 - 2028 |
在预测期内,Light Fidelity 的全球市场规模预计将以 46.2% 的复合年增长率增长,到 2028 年将达到 36 亿美元。
VLC 技术与 Wi-Fi 一样使用可见光作为介质,可实现极高速通信,作为替代方案备受关注。 Li-Fi 在可访问性、带宽、安全性和有效性方面优于 Wi-Fi。 由于范围有限,Wi-Fi 无法处理高用户密度,并且在机场、火车站和会议厅等拥挤区域连接不稳定。
另一方面,VLC 系统能够在其范围内提供可靠的无线电接入,因为对频率的接入不受管制。 此外,每个 LED 灯泡只照亮房间的一小部分,自然地创建了一个只有少数用户的小型接入单元,他们不需要加入其他区域的参与者和接入点。 与所有用户必须共享接入点频谱的 Wi-Fi 相比,在具有大量 LED 照明的封闭环境中,以高密度构建接入点可以大大提高网络容量。
COVID-19 影响分析
COVID-19 大流行也对电信行业产生了负面影响。 世界各地的所有企业都因大流行病而遭受了悲惨的损失。 由于严格的法规、世界停摆和许多商业流程的暂停,企业和办公室对网络连接的需求已大大减少。 而主要由企业使用的 Li-Fi 已经失宠。 然而,在这种传染病爆发期间,Li-Fi 技术被用于医疗保健领域。 Li-Fi利用可见光通信实现对患者的远程监护,大大降低医护人员的健康风险。 这促进了这项技术的发展。
市场增长因素
低成本 LED 的全球可用性
LED 是综合光保真度市场的关键参与者,因为它们是 Li-Fi 系统的关键组件。 由于 LED 的低功耗、无有害排放和更高的照度,全世界都推荐使用 LED。 一些国家的政府对 LED 灯的成本进行了补贴,导致过去几年价格大幅下降。 因此,近几年 LED 照明的价格大幅下降,LED 照明在偏远地区和欠发达国家越来越受欢迎。 随着 LED 照明优于传统照明系统,它也越来越多地被发展中国家使用。
增加高速网络连接
随着建筑物中 LED 照明的引入,基于 Li-Fi 的应用的潜力正在增加。 智能房屋和建筑物的居民如果靠近 LED 灯,无需任何额外设备即可浏览互联网。 此外,Li-Fi 可以代替其他具有重迭信号的射频波来访问互联网来监测患者。 由于无线电波重迭,一些医院已经禁止使用手机。 但是,将Li-Fi引入医院,可以避免此类问题。 所有这些因素都有助于在预测期内扩大光保真市场。
市场製约因素
光保真係统传输范围限制
Li-Fi LED 可以小到亚人类的感知,并且仍然发出充足的光,即使它们需要点亮才能传输数据。 由于该技术集中在可见光谱,只能用于照明,不能很好地用于移动通信,这是另一个主要瓶颈。 这是为了防止其他光源(如太阳)干扰信号。 为了在整个结构中均匀传播 Li-Fi,有必要在每个房间安装一个发射器,因为 Li-Fi 的短波长不会穿透墙壁。 因此,Li-Fi 的无线电波覆盖范围较短,预计会阻碍市场扩张。
组件视角
根据组件,光保真度市场细分为 LED、光电探测器、微控制器等。 2021 年,LED 细分市场在光保真度市场中的收入份额最高。 LED 被认为是 Li-Fi 技术的基本组成部分,因为它们用于光和数据传输。 照明系统以前仅用于照亮局部区域。 然而,如今的联网照明系统结合了物联网连接和 LED 功能,使工程师能够同时提供光和数据。
结束使用 Outlook
按最终用途划分,光保真市场分为汽车、零售、医疗保健、航空航天和国防、政府、交通、教育等。 2021 年,零售业在光保真市场中占据了很大的收入份额。 Li-Fi 技术可以通过辅助店内导航来提升顾客的购物体验。 使用您的手机,您可以使用店内服务、搜索特定产品、寻找特价商品以及检查库存情况。 来自客户的 Li-Fi 连接还有助于商店更好地了解消费者行为,从而製定营销计划。
区域展望
按地区划分,对北美、欧洲、亚太地区和 LAMEA 的光保真度市场进行了分析。 北美地区在 2021 年占据了光保真市场的最高收入份额。 该地区市场的增长可归因于许多商业部门对互联网连接的需求不断增长。 企业也在寻找更快、更安全的连接解决方案,推动市场的扩张。 Li-Fi 在北美的发展得益于无线传感器连接、大数据、物联网 (IoT) 和智能手机等通信技术的快速发展。
The Global Light Fidelity Market size is expected to reach $3.6 billion by 2028, rising at a market growth of 46.2% CAGR during the forecast period.
Li-Fi is a type of wireless networking that uses both visible and infrared spectrums to transmit data at fast speeds. The visible light communication (VLC) concept is expanded by Li-Fi to encompass steady, bi-directional, fast, and fully networked wireless communications. Multi-user connectivity and Device accessibility are made possible by Li-Fi. Wideband spectrum, as well as a more dependable internet connection, are provided by Li-Fi, allowing companies to handle large data demand. Distributed networks are now more necessary than ever because of the growing usage of connected devices across several industry verticals, including manufacturing, retail, healthcare, and others.
Over conventional distributed networks, Li-Fi offers several technological improvements, including faster data transmission rates, better data security, and others. Examples of contemporary wireless communication systems that use radio frequency (RF) or radio waves as the main channel for data transfer include wireless-fidelity (Wi-Fi) and Bluetooth. But, it must find ways to get through the RF band's restrictions and interference.
VLC technology, which employs visible light as a medium to enable exceptionally high-speed communication as in Wi-Fi, comes into play as a possible alternative. Li-Fi is superior to Wi-Fi regarding accessibility, bandwidth, security, and effectiveness. Wi-Fi systems cannot handle a high user density due to their restricted spectrum and extended reach, which leads to inconsistent connections in crowded areas like airports, train stations, conference centers, etc.
On the other hand, VLC systems can offer dependable wireless access throughout their range since their access to the spectrum is unregulated. Furthermore, since each LED bulb only illuminates a tiny portion of the room, it naturally creates a small access cell with only a few users, who are not required to join the access point with participants in other areas of the space. Compared to Wi-Fi, where all users must share the access point spectrum, building a large density of access points can considerably boost the network capacity for an enclosed environment with many LED lighting.
COVID-19 Impact Analysis
The COVID-19 pandemic had a negative impact on the communications sector. All companies around the world suffered tragically as a result of the pandemic. The need for network access at corporations and businesses was significantly reduced due to strict rules, a worldwide shutdown, and the halting of numerous commercial procedures. Li-Fi, primarily utilized in businesses, then experienced a decline in acceptance. Yet, Li-Fi technology was used in the healthcare sector during the outbreak. Li-Fi allowed for remote patient monitoring using visible light communication, considerably lowering the health risks for medical professionals. This helped in pushing the development of this technology.
Market Growth Factors
Rise in the availability of lower-priced LEDS globally
LED is a key player in the comprehensive light fidelity market since it is a crucial component of Li-Fi systems. Because of its low consumption of power, lack of toxic emissions, and improved illumination, LED usage is being advocated all over the world. Governments in several nations subsidize the cost of LED lights, which has resulted in a significant drop in price over the past few years. This has also aided in the expansion of LED usage, even in remote locations and underdeveloped nations. The advantages of LED lighting over traditional lighting systems have also increased its use in developing countries.
Increasing implementation of high-speed network connections
The potential for Li-Fi-based applications grows together with the deployment of LED lighting in buildings. Residents of smart homes or buildings can browse the internet without additional gear as long as they are close to an LED lamp. Furthermore, Li-Fi can access the internet instead of other RF waves that would cause overlapping signals to monitor the patients. Due to issues with overlapping radio waves, there is a prohibition on mobiles in select hospital settings. This may additionally be avoided by adopting Li-Fi in the hospitality systems. All these elements are aiding in expanding the light fidelity market during the forecasted period.
Market Restraining Factors
Restricted range of light fidelity systems' transmission
Li-Fi LEDs could be reduced to below human perception while still emitting sufficient light to transfer data, even though they would need to be on to transmit data. Since technology is focused on the visible light spectrum, this is another big bottleneck because it can only be used for illumination and is not well suited for mobile communication. This is so that other light sources, like the sun, won't obstruct the signal. In order to ensure even Li-Fi distribution throughout a structure, transmitters would have to be installed in each room because Li-Fi's short wave range cannot pass through walls. Li-Fi's short range is therefore expected to hinder the market's expansion.
Component Outlook
Based on component, the light fidelity market is categorized into LED, photodetector, microcontrollers, and others. The LED segment garnered the highest revenue share in the light fidelity market in 2021. Due to its employment in both the transmission of light and data, LED is regarded as a fundamental part of Li-Fi technology. Lighting systems were previously solely utilized to provide localized areas of illumination. Still, today's connected lighting systems combine IoT connectivity with LED capabilities to give engineers the ability to provide both illumination and data concurrently.
End-Use Outlook
On the basis of end-use, the light fidelity market is divided into automotive, retail, healthcare, aerospace & defense, government, transportation, education, and others. The retail segment recorded a significant revenue share in the light fidelity market in 2021. Li-Fi technology can improve the shopping experience for customers by assisting them in navigating the store. They can use their cell phones to engage in in-store services, find specific merchandise, look for store specials, and check stock availability. Li-Fi connections from customers can also assist shops in better understanding consumer behavior and developing marketing plans as a result.
Regional Outlook
Region wise, the light fidelity market is analyzed across North America, Europe, Asia Pacific, and LAMEA. The North America region procured the highest revenue share in the light fidelity market in 2021. The regional market expansion can be ascribed to the rising need for internet connectivity across numerous business sectors. Enterprises are also looking for connectivity solutions that offer more speed and security, encouraging the market's expansion. The development of Li-Fi in North America has been aided by the rapid advancement of communication technology, including wireless sensor connections, big data, the Internet of Things (IoT), and smartphones.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Panasonic Holdings Corporation, Signify N.V., Renesas Electronics Corporation, Wipro Lighting (Wipro Enterprises Private Limited), pureLiFi Limited, Oledcomm, VLNComm, Velmenni, LiFiComm Tech, and Lucibel SA.
Market Segments covered in the Report:
By Component
By End-Use
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures