The wafer level infrared detector of Gaoxin Technology won the Golden Sui Award .

Mondo Science Updated on 2024-01-30

On December 16, the "2023 World Optoelectronic Science and Technology Conference" was held in Chengdu. At the opening ceremony, the second "Golden Sui Award" award ceremony came at the same time, and Gaoxin Technology was awarded the silver award of China's optoelectronic instrument brand list for the first time.

The "Jinsui Award" China Optoelectronic Instrument Brand List is a national-level optoelectronic project selection led by the Chinese Optical Engineering Society, which focuses on the selection of high-end optoelectronic instruments independently developed, manufactured and produced by China for the major strategic needs of the country, showing its independent core competitiveness and establishing national brand self-confidence.

In this selection, High-chip Technology won the silver award with the "wafer-level infrared detector" project. This honor is not only a great encouragement given by the organizers of the conference to our efforts in the innovation of infrared thermal imaging technology, but also an official recognition of our profound strength in the field of infrared sensors by the authority of the domestic optoelectronic industry.

Lightweight and low cost are the general trend of the infrared thermal imaging industry. The smaller and lighter size and weight of wafer-level infrared detectors have led to lightweight upgrades to infrared imaging modules, and higher throughput has further reduced the cost of thermal image integration.

Highchip Technology is the first in the industry to realize the mass production of wafer-level infrared detectors, more forms of wafer-level infrared thermal imaging modules and cores are born here, and more industry infrared application solutions are exported from here. In the future, we will continue to uphold the business philosophy of "Smart Sensing, Core Connecting Everything", promote the popularization of infrared technology, and benefit the public with the "core" of thermal images.

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