In recent years, with the rapid development of new generation information technologies such as artificial intelligence, the Internet of Things, and 5G, infrared technology, as an important means of perceiving the physical world, is ushering in unprecedented development opportunities. Heat-sensitive infrared detectors because of the need for refrigeration and low cost, gradually become the main force in the civilian field of consumer electronics, automotive electronics and industrial monitoring, China's manufacturers after long-term technology accumulation to achieve leap-forward development, infrared detector shipments have occupied half of the global market, reshaping the global infrared detector industry pattern. With the rapid popularization of artificial intelligence Internet of Things in various fields, composite detection and intelligent processing of infrared information is the only way for the popularization and development of infrared detection technology to more fields, and infrared detectors are developing from single information to multidimensional information fusion imaging and on-chip intelligence. At the same time, emerging technologies such as short-wave infrared imaging and multispectral/hyperspectral imaging continue to emerge, opening up new space for the application of infrared technology in industrial inspection, power grid inspection and operation and maintenance, and automatic driving.

The infrared detector has completed the first and second generation research and practical application. The third generation of infrared detectors is mainly aimed at the application characteristics of tactical universality and strategic high performance, focusing on the development of infrared detectors with the concept of SWaP³. At present, the basic breakthrough of technology has begun to enter the equipment. The high-end third generation infrared detectors tend to challenge the extreme performance of ultra-high resolution, ultra-high energy resolution, ultra-high time resolution and ultra-high spectral resolution. At the same time, the industry is developing on-chip integration technology of artificial micro and nano structures and infrared detectors to achieve the fourth generation of infrared detectors with multi-dimensional optical information fusion such as intensity, phase, polarization and spectrum.

At present, the global infrared industry is in a stage of rapid development, the market scale continues to expand, and the application field continues to expand. In order to grasp the new opportunities for the development of the infrared industry, promote the innovation of infrared technology and application, promote the deep integration of industry, university and research, and create an industrial ecology of open cooperation and mutual benefit, the "Infrared Industry Insight and Application Forum" will focus on the latest technological achievements, application hotspots and future development trends of the infrared industry. Well-known experts and scholars at home and abroad, representatives of enterprises, and industry users are invited to gather together to discuss the cutting-edge trends of infrared technology, share innovative application cases, and feel the development direction of the pulse industry, so as to contribute wisdom and strength to promote the high-quality development of the infrared industry.

Organizer

Shanghai Institute of Technical Physics, Chinese Academy of Sciences                    State Key Laboratory of Infrared Physics

China International Optoelectronic Exposition (CIOE)                                                       

Cooperation

Wuxi MEMS Consulting Co., Ltd          Beijing NengAPP Technology Co. Ltd              Jingyan Media            Jingyan Chemical Platform             Shenzhen Optics & Optoelectronics Industry Association (SZOOIA)                  

Host

Shenzhen UBM Herong Exhibition Co., Ltd