Apple is reportedly exploring the use of multispectral imaging for future iPhones . It won’t be wrong to say that the iPhone’s camera was long overdue for a hardware upgrade. And the company finally seems to be listening now. If adopted, the new imaging could expand the visual intelligence and image processing capabilities of the coming iPhones .

Apple plans to use multispectral imaging for future iPhones

Popular tipster Digital Chat Station suggests that Apple is considering components related to multispectral imaging. However, do note that this is still an initial phase of development. Multispectral imaging is a different approach to smartphone photography compared to the traditional way. The traditional approach relies on red, green, and blue light to create an image. Multispectral approach, on the other hand, uses sensors to capture data across multiple wavelength bands, including near infrared ranges.

This additional information can show subtle differences in how surfaces reflect light. For reference, it could allow the camera system to identify materials more accurately, separating skin, fabric, vegetation, and reflective objects with greater consistency. This means that the iPhone could capture information beyond visible light. It may also improve material detection, subject recognition, and photography performance in complex lighting conditions.

While the rumor does suggest that Apple is considering the multispectral imaging components, it doesn’t reveal the explicit reason behind it. The work may be exploratory rather than tied to a specific product cycle. Anyway, if the tech giant really adopts this camera system, the iPhone’s imaging might improve significantly.

Yes, multispectral imaging has its own benefits, but there are some downsides as well. The system requires more complex sensor designs and additional processing. This complexity could increase production costs and place pressure on internal space within slim devices. These challenges do explain why Apple is still evaluating the use of the technology, rather than implementing the technology into active prototypes for near-term releases. As a result, we shouldn’t expect the capability to appear anytime soon.