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Visible Light Communication Market size is anticipated to record substantial growth between 2024 and 2032 owing to increasing use in the creation of ultra-fast, protected, and bio-friendly communication systems capable of creating and scaling seamless computing applications. Visible light communication (VLC) is a significant solution to eliminate the large, crowded nature, greater latency issues, and disruptions of the radio spectrum. This technology has several advantages over traditional radio frequency-based networks as it increases data rates in wireless transmission and enhances network performance.
Additionally, VLC sources are low power and suitable for both illumination and connectivity resulting in an energy-efficient system and are not impacted by electromagnetic radiations from RF systems owing to light-based communication systems. Such advantages and applications of VLC technology particularly in indoor networks are likely to boost the market growth.
However, since VLC systems integrate the features of optical and wireless communication systems, they may face restraints associated with cyber security. VLC is also highly susceptible to additional cyber-physical attacks as it establishes the infrastructure for future communication services due to the open environment communication. Injecting harmful signals into unsecured visible communications systems can also have a wide range of adverse communication consequences, further posing a challenge to the industry growth.
With the increasing importance of the transmission of data in all significant industrial sectors, the lighting sector is taking on new significant business opportunities through VLC. The growing per-capita incomes and the increasing spending on consumer electronics, such as lighting are expected to boost the demand for VLC. Moreover, extensive research efforts and the ongoing studies into new modulation techniques, receiver sensitivity, and signal processing algorithms are driving innovations, further paving the way for expanded applications and market growth in VLC technology. For instance, in September 2022, researchers from the Nanjing University of Posts and Telecommunications of China revealed a novel visible light communication system that uses a single optical line to create a multi-channel communication link over the air, which can be used to interconnect IoT devices.
Visible light communication industry from the light-emitting diodes (LED) component segment is estimated to grow significantly through 2032 owing to their inherent compatibility. LED lighting fixtures double up as data transmitters for offering dual functionality of illumination and communication. This synergy is driving the product adoption in smart lighting systems, where LEDs enable high-speed data transmission through flickering light. The increasing demand for greater data rates throughout the gigabit-class range is also increasing the preference for LEDs as possible sources for VLC due to their unique characteristics of high modulation bandwidth, performance, and beam convergence.
Based on transmission, the visible light communication market from the bidirectional segment is expected to grow considerably through 2032. Bidirectional transmission increases the data rate of near-field radio frequency identification systems compared to unidirectional transmission. Several critical system problems must be considered in bidirectional designs to prevent multi-path interference. Factors including interconnectivity for both paths of transmission, power level values, and automatic power shutdown will also accelerate the segment growth.
Given the regional landscape, the North America visible light communication industry is set to exhibit robust growth from 2024-2032 on account of increased investments in big data analytics, IoT, AI, and renewable energy projects. This can be attributed to the increasing spending of prominent players and governments on big data analytics. The rapid adoption of smart lighting systems in commercial and residential sectors coupled with technological advancements are also boosting the demand for VLC in the region.
Leading VLC firms are working on the production of innovative products and collaboration with key players to expand their global presence and meet the rising demands. To illustrate, the expertise in LED technology offered by Panasonic Corporation is driving advancements in data transmission, smart lighting, and communication networks.
Prominent players in the visible light communication market are-