A market driven by new key technologies and applications

Mid-IR has been used since a long time to carry out qualitative and quantitative analyzes of organic and inorganic samples. In fact, the Mid-IR spectral region, from 3 to 20 μm, is called the molecular-fingerprint region. The mid-IR region has several windows of transparency in Earth’s atmosphere (3-5 and 8-14 μm) that are important for remote sensing applications.

Besides analytical instruments and defense systems, MIR spectral region is being used in new applications (e.g. industrial  and biomedical sectors). However, the adoption remained low for two main reasons: 

• The high cost of components 
• And the need to cool or stabilize in temperature.

The Mid-IR Photodetectors market is at a turning point. On the one hand, the past years has seen significant progress in the development of novel mid-IR photodetectors.

On the other hand, the use of alternatives to HgCdTe, such as III-V materials have been extensively studied to build room temperature detectors at lower cost and higher sensitivity. Moreover, some market leaders recently  unveiled investments projects. These achievements will lead to adoption of MIR photodetectors for a wide range of new applications.

The report provides a detailed market analysis &  forecasts from 2017 to 2025 as well as an analysis by market segment.

Table of content

1.Introduction

• Study Goals and Objectives
• Information Sources and Methodology
• Glossary

2.Brief Review of Mid-IR Technologies

• Mid-IR sources Technologies
• Mid-IR detectors Technologies

3.Mid-IR Photodetectors Market

• Mid-IR Players along the Value Chain
• Mid-IR Photodetectors Market in terms of units
• Mid-IR Photodetectors Market in terms of volumes (M€)

4.Mid-IR Systems Market and Applications

• Classification of Mid-IR Photodetectors based Systems
• Mid-IR Systems Market in terms of volumes (M€) and breakdown per application field

5.Conclusion

• General conclusions
• Opportunities for Mid-IR photodetectors

6.Annex

• Plans for investments in infrared detectors fabrication