"Multispectral imaging works by capturing light in several distinct wavelength bands, including those not visible to the human eye. This enables more detailed information capture when compared to traditional RGB sensors, which only detect red, green, and blue wavelengths. Using multispectral sensors could help future iPhones achieve better material separation and improved depth perception, with the latter resulting in more accurate portrait photos."
"The additional data may also enhance overall image processing, lowlight performance, and improve visual intelligence capabilities. While DCS does not specify which iPhone models might receive multispectral sensors, the tipster reiterates that the iPhone 18 Pro is expected to feature a variable-aperture 48MP main camera and a larger 48MP periscope telephoto sensor. He also revealed that Apple is indeed testing a 200MP Samsung sensor for a future iPhone."
Apple is considering multispectral imaging sensors for future iPhones and has contacted suppliers, though formal testing has not begun. Multispectral sensors capture light across multiple distinct wavelength bands, including non-visible bands, enabling richer scene information than traditional RGB sensors. The additional spectral data can improve material separation, enhance depth perception for more accurate portrait photos, and boost image processing, low-light performance, and visual intelligence capabilities. Upcoming hardware changes may include a variable-aperture 48MP main camera and a larger 48MP periscope telephoto on the iPhone 18 Pro. Apple is also testing a 200MP Samsung sensor for a future iPhone.
Read at GSMArena.com
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