While smart systems and devices are gaining widespread adoption among enterprises and consumers alike, there is still a scope of improvement in the technologies involved in making smart devices feasible. Moreover the technologies used in devices and the use case scenarios have undergone a monumental change with technological changes, the materials used in the making of these devices have seen a very limited innovation.
Organic Photodetectors have an ability to transform any organic surface such as a plastic paper or glass into a smart surface. Organic Photodetectors are able to do so via the conversion of light signals into electric signals. Organic Photodetectors can be lightweight, thin & flexible and can have widespread implications in number of areas including smart displays, electronic circuits and sensors.
Organic Photodetector Market: Drivers & Challenges
Organic Photodetectors can have widespread implications for many markets for consumers and enterprises. Manufacturers across industries are constantly researching for ways to develop newer functionalities in their products. Moreover, a change in the base material itself would be at the base of a range of further innovations. An attitude of developing groundbreaking innovations is therefore fueling the research happening towards Organic Photodetectors. However, organic Photodetectors as a material are still in research phase and are yet to prove their promise in terms of a real world deployment or usage. This is impeding a lot of organizations in making a real world implementation of Organic Photodetectors.
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