Battery-Free Wireless Sensor Market Trends and Opportunities

Battery-free wireless sensor operates on radio frequency identification interface without a battery. This sensor gathers energy from the radio frequency identification reader to power the sensing circuit and then reflects the digital data to the radio frequency identification reader. Battery free wireless sensors are used in automotive, aerospace & defense, consumer electronics, healthcare and industrial verticals.

The application includes temperature monitoring, tracking, area sensing, pressure sensing, security & surveillance, medical diagnosis, and others. Battery free wireless sensors are easily embedded in the automated electronic systems as compared to the conventional sensors, which influences their demand in the battery-free wireless sensor market.

Increase in demand for thin sleek electronic devices across industry verticals such as healthcare, industrial, and others, ease of operation as well as low maintenance of devices, rise in demand for wireless sensing devices due to rapid digitization, are the major driving factors of the battery-free wireless sensor industry. For instance, the various benefits offered by battery wireless sensors include simple, battery-free platform for the continuous monitoring of the physiological health across the healthcare segment.

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Also, they are used for fitness/wellness tracking, awareness and cognitive state assessment, and human machine interfaces. Thus, wide range of applications across healthcare, influences the overall demand in battery-free wireless sensor market.

Further, battery-free wireless sensors are also used in manufacturing, automotive, defense, consumer electronics, and other departments. These are used in assembly line for error detection to increase efficiency and productivity, automate the shop floor process, and others. The advancements in trends such as industrial IoT, automation & control, device integration, are advantageous for the battery-free wireless sensor market. The IoT connects the entire digital system using smart net that allows remote monitoring, remote sharing information, and diagnostic; thus, providing easy access to information for analysis and rectification in the industrial process to achieve proficiency.

Also, rise in economies across the globe fuels the technological advancements in the aviation and defense vertical. For instance, India, a developing economy in Asia-Pacific, is hugely investing in R&D and the development of compact technologies such as unmanned aerial vehicles, guided attack missiles, nuclear powered attack submarines, and radars with various kinds of sensors such as temperature, pressure, and others. Therefore, battery-free wireless sensors with miniature sizes, ease of installation, and other features find wide applications in the aviation and defense vertical.

The growing use of digital technology and also governments initiatives to promote digitalization across various developing nations has increased the demand of battery free wireless sensor in the battery-free wireless sensor market. However, compatibility and operational bandwidth acts as a restraint. Rise in investment on building smart cities by various developed and developing nations is expected to provide numerous opportunities in future.

The battery-free wireless sensor market is segmented on the basis of frequency range, application, industry vertical, and region. Based on frequency range, it can be segmented as low frequency, high frequency, and ultra-high frequency. Based on application, it is categorized as temperature, pressure, level, flow, humidity, biosensors, gas, surveillance & security, and motion & positioning. Based on industrial vertical, it is classified as automotive, IT & communication, decenter, defense, industrial, medical, and aerospace & defense. Based on region, it is analyzed across North America, Europe, Asia-Pacific, and LAMEA.

The key players covered in the report are Semiconductor Components Industries, LLC, Renesas Electronics Corporation, EnOcean GmbH., Renesas Electronics Corporation, Cree Incorporated, Toshiba Corporation, Genesic Semiconductor Inc, ROHM Co Ltd, Norstel AB, and Infineon Technologies Ag.

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