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Apple is advancing its plans to significantly enhance the iPhone's optical zoom range using periscope lens technology, according to ETNews.

periscope-iPhone-feature2.jpg


Citing industry sources familiar with the development of iPhone cameras, ETNews says Apple is currently seeking an appropriate "folded" periscope camera solution for the iPhone and has already initiated discussions with suppliers. Apple has filed patents related to periscope lens systems since 2014.

Apple has reportedly encountered issues developing its own periscope camera system due to much of the technology involved being guarded by other patents, leading the company to explore purchasing it directly from patent-holders instead. Specifically, "ball-type actuator" technology is purported to be essential to most periscope camera designs, but Samsung Electronics now owns this technology.

Many multi-camera and periscope camera patents were held by Israel-based company Corephotonics, including the ball-type actuator design, but it was acquired by Samsung in 2019. As a result, Samsung is said now to possess the key patents related to periscope cameras. Samsung's periscope camera technology has allowed it to implement it in devices such as the Galaxy S20 Ultra.

A Digitimes report seen by The Next Web has also corroborated this, stating that Apple is looking to improve the zoom capabilities of its next iPhones with a periscope camera system. The report speculates that Apple is looking to Samsung to provide a periscope lens system for future iPhones, rather than develop it in-house.

Industry insiders speaking to ETNews have cast doubt over the chances of a partnership between Apple and Samsung Electronics or Samsung Electro-Mechanics in this area. Some believe that Samsung will refuse to supply Apple with periscope cameras in order to maintain a competitive advantage with its range of Galaxy smartphones.

Alongside his correct prediction that the iPhone 12 Pro Max would have sensor-shift stabilization technology, Apple analyst Ming-Chi Kuo said earlier this year that at least one iPhone model will feature a periscope telephoto lens in 2022.

However, Kuo has not attributed this to Samsung, instead predicting that Semco and Sunny Optical will supply the components.

Periscope lenses provide a much higher optical zoom range in a smartphone-sized package. Optical zoom is determined by the distance between a lens and an image sensor, but there is a limit to how much optical zoom range can be increased with the current vertically-stacked camera module structure because it would eventually increase the device's thickness. A periscope lens system allows a longer stack of lenses to be placed horizontally, before reflecting light using a mirror to face in the correct direction, all without increasing the device's thickness.

The camera technology has already made its way into some smartphones. Huawei, for example, ships the P30 Pro with a 5x true optical zoom using a similar mechanism. The iPhone 12 Pro Max currently offers the best optical zoom on an iPhone, with the device being able to zoom in 2.5 times.

Article Link: Apple Moving Forward With Plans for 'Folded' Periscope Cameras to Significantly Increase iPhone's Optical Zoom
 
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Given this type of camera already exists in the Samsung Galaxy S20 Ultra, I'd think it'd be easy to find a much better and more informative picture to accompany this article instead of what was provided...

I don't understand - what is the advantage of this camera system? Will it allow for the camera bump on the rear to be done away with?
 
Given this type of camera already exists in the Samsung Galaxy S20 Ultra, I'd think it'd be easy to find a much better and more informative picture to accompany this article instead of what was provided...

I don't understand - what is the advantage of this camera system? Will it allow for the camera bump on the rear to be done away with?
more like make it bigger

will make for better zoom without using digital cropping.
 
Back Tele Image sensor "pixel size" is the much BIGGER issue, but like Zoom In, is ALSO physics-limited !

Can't do much with ONLY 1.0 um pixels; ONLY works in Bright Light Envs !

But like DRAM, Apple doesn't like to mention their image sensor pixel size Specs, but will their Zoom In Specs.

As such, I believe they prioritize Zoom In OVER Pixel Size; easier sell to the General Public.
 
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