"Xidian University stated that the new manufacturing method could reduce costs to 'one-hundredth to one-tenth' of current designs, indicating a potential price drop from 100 to between 1 and 10 dollars."
"The researcher noted that the approach could achieve a 'theoretical cost reduction of up to 99%' compared with existing infrared chips, potentially lowering prices to just a few dozen US dollars."
"'This means we can use the same methods and cost base as manufacturing mobile phone chips to manufacture the previously exorbitantly priced short-wave infrared detectors,' explained Wang Liming, a core team member."
A Chinese research team from Xidian University has developed a new manufacturing approach for infrared chips that could significantly reduce costs. By using silicon-germanium materials compatible with standard semiconductor processes, the team claims costs could drop to between 1 and 10 percent of current prices. This breakthrough could lead to safer self-driving systems, better factory inspection tools, and improved smartphone cameras. Mass production is expected by the end of 2026, making these technologies more accessible for everyday use.
#infrared-technology #cost-reduction #semiconductor-manufacturing #xidian-university #sensor-technology
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