Ambient Light Sensor Market Market Trends

Growth Drivers

• Diverse application of sensors: The versatile usage of these devices has propelled the demand in the ambient light sensor market. Various industries and product categories are contributing to the surge due to multiple applications of these sensors in their businesses. Manufacturing smart appliances such as smartphones and wearables is one of the major fields of users, driving demand in this sector. For instance, in January 2019, Ams-OSRAM launched TCS3701, an RGB light, and IR proximity sensor IC to measure the intensity of ambient light from behind an OLED screen. The optical sensor is built to support the maximized use of smartphone display area by eliminating front-facing bezels.
• Advancement in technology: The ongoing development in technology is propelling the growth of the ambient light sensor market. Continuous improvements are being made by leaders to deliver more compact and energy-efficient sensors. For instance, in October 2021, Ams-OSRAM launched an ultra-small ambient light sensor, TSL2585 for wearable and mobile devices. The compact model supports UV-A radiation detection and accurate ambient light sensing by utilizing its high-sensitivity photopic and IR channels. Such innovative features in devices due to integrating these sensors are now making them more attractive for a variety of applications. 

Challenges

• Concern about energy efficiency: High power consumption may become a critical issue in optimum implementation in the ambient light sensor market. Though these devices are made for optimizing energy usage, their operation still consumes power. This further pushes the manufacturers to develop sensors with more energy efficiency to prevent power loss. Designing such tools without compromising their accuracy and performance may become a challenge for companies.
• Lack of adoption due to cost sensitivity: The cost of deploying these tools may raise difficulty for small-sized industries to invest in the ambient light sensor market. The production of sensors with advanced features is expensive, limiting the adoption in low-cost devices. In addition, the complexity of integrating these devices requires skilled professionals to obtain optimum effectiveness. This may result in additional expenses in the budget for manufacturing in the consumer electronics and automotive sectors.