Electronics and Sensors

•LiDAR is an imaging technology that enables distance measurement and the construction of precise and detailed 3D mapping solutions. •4D LiDAR will significantly impact the industrial and the automotive sectors (primarily, autonomous vehicles). For Level 4 and 5 automated driving, the automotive industry will choose 4D LiDAR sensor technology ...

Demand for terahertz imaging is driven by its ability to perform non-ionizing scanning on the human skin that does not harm the healthy cells in the surrounding infection areas—a primary requisite in the medical field—compared with conventional scanning modes such as x-ray and UV rays. Terahertz radiation is transparent to paper, wood, and a ...

In today’s electronics-dominated world, the desire for immersive experiences has surged immensely. As a result, AR/VR technologies have evolved rapidly in recent years. Advancements in optical waveguides such as diffractive waveguides hold the potential to build ergonomic AR/VR devices without compromising on the quality of the projected images. ...

The proliferation of internet of things applications, such as smart manufacturing and smart transportation, has resulted in the explosion of artificial intelligence (AI) and big data. These applications heavily rely on complex AI and machine learning algorithms, requiring computational solutions to handle varying workloads. Power-intensive, costly,...

Fiber optic sensing solutions utilize the light medium as the physical source to detect variations in temperature, acoustics, strain, and vibrational parameters. Fiber optic sensing uses an optical fiber cable as the sensor device to create a continuous point of sensing along the fiber cable. This method of sensing is known as distributed fiber opt...

•The sensors market is expanding, and it is regarded as one of the most promising areas in the semiconductor industry. Sensor technology is an evolving discipline that holds the potential to significantly improve the performance, durability, maintenance, and applicability of many engineering projects. Material science and engineering advancements...

Power-efficient electronic devices capable of high-speed communication have become essential in today’s electronics-dominated world. Low-power integrated circuits (IC) and radio frequency (RF) technologies have evolved rapidly following the increase in portable electronics and internet of things (IoT) usage. Circuit design advancements, such as s...

Sensors are a key enabling technology for energy efficient buildings. Output from sensors enables effective demand controlled HVAC and lighting. This enables users to save on utility bills and help in reduction of carbon emissions by efficient energy usage and minimising wastage. The research service offers insights primarily on nine dimensions of ...

This research service covers key sensor applications in the sensors and control cluster. Applications enabled by advanced sensor technologies that are bound to have high impact in the near-term and medium-term are captured in the research service. It also covers various dimensions that shape sensors market such as year of impact and market opportun...