Futuristic Growth Strategies in the Microelectromechanical System (MEMS) Industry
Disruptive technologies in MEMS technologies transforming automotive, consumer electronics, healthcare, and manufacturing sectors
Research Overview
The need for adapting Microelectromechanical Systems (MEMS) technologies is rooted in the requirement to enable high and faster on-chip data processing needs across all industries. MEMS technology has drastically evolved over the years with a high need for miniature smart sensors with high efficiency.
The key factors that are driving the MEMS technology are the advancements in the automobile, consumer electronics industries, healthcare, data storage industries. The implementation of Artificial Intelligence (AI), Machine Learning (ML), Big Data, and digitalization across industries have increased the quantities of data drastically, leading to a crucial demand for efficient processing technologies.
This technology and innovation report offers insights into the ongoing developments in MEMS technology. The research scope focuses on the technology of existing MEMS devices and emerging technologies in the field, such as MEMS mirror, thermopiles, biodegradable batteries, intrabody communications, event-driven sensors, and lab-on-chip.
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