iPhone 16 Pro to get 4 important camera upgrades: What to expect from Apple's most expensive smartphone in 2024
Apple enthusiasts eagerly await the release of the iPhone 16 Pro lineup, anticipating significant upgrades in camera features. Reports suggest several improvements, promising enhanced photography and videography experiences for users.
Reports suggest that the upcoming iPhone 16 Pro lineup will feature a significant improvement in its camera capabilities, particularly with the Ultra Wide lens. The new models are expected to sport a 48MP Ultra Wide camera, a substantial upgrade from the current 12MP version found in the iPhone 15 Pro. This enhancement promises better performance in various shooting conditions, notably in low-light environments. With increased resolution, users can expect more detailed images with improved color rendition. Additionally, the higher resolution may offer greater flexibility in editing and post-processing. The enhanced Ultra Wide camera could also lead to significant improvements in spatial video recording, potentially enabling 4K resolution recordings, compared to the current 1080p resolution offered by the iPhone 15 Pro.
Apple is set to expand the enhanced tetaprism camera design, currently available in the iPhone 15 Pro Max, to the smaller iPhone 16 Pro as well. This advancement will allow both the iPhone 16 Pro and iPhone 16 Pro Max to offer at least 5x optical zoom and 25x digital zoom. Moreover, rumours suggest the possibility of the iPhone 16 Pro Max featuring a "periscope ultra-long telephoto combination," potentially enabling even greater optical zoom capabilities. However, this rumour remains unverified by credible sources.
One common issue faced by iPhone camera users is lens flare when shooting in bright lighting conditions, leading to unwanted artefacts and internal reflections in images.Apple is reportedly addressing this problem by testing a new anti-reflective coating technology called "atomic layer deposition" (ALD) for the iPhone 16 Pro's camera lenses. If implemented, this coating could minimise the effects of internal
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