Undid revision 1321593133 by Petrb (talk)
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{{Short description|Type of computer resolution}}
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{{Short description|Type of computer resolution}}
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[[File:Kugelpanorama der Hospitalkirche 20241221.jpg|thumb|For comparison: this image has a 32K resolution; spherical panoramics are one possible purpose for 32K]]
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[[File:Kugelpanorama der Hospitalkirche 20241221.jpg|thumb|For comparison: this image has a 32K resolution; spherical panoramics are one possible purpose for 32K]]
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”’32K resolution”’ refers to a [[display resolution]] of approximately 32,000 pixels horizontally. A resolution of 30720 × 17280 for an aspect ratio of [[16:9 aspect ratio|16:9]] is speculated to be standardized. This doubles the pixel count of [[16K resolution|16K]] in each dimension, for a total of 530.8 [[Pixel#Megapixel|megapixels]] (530,841,600 pixels), 4 times as many pixels as the 16K resolution. It has 16 times as many pixels as [[8K resolution|8K]] resolution, 64 times as many pixels as [[4K resolution|4K]] resolution, 256 times the pixels as [[1080p|Full HD or 1080p]] resolution, and
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”’32K resolution”’ refers to a [[display resolution]] of approximately 32,000 pixels horizontally. A resolution of 30720 × 17280 for an aspect ratio of [[16:9 aspect ratio|16:9]] is speculated to be standardized. This doubles the pixel count of [[16K resolution|16K]] in each dimension, for a total of 530.8 [[Pixel#Megapixel|megapixels]] (530,841,600 pixels), 4 times as many pixels as the 16K resolution. It has 16 times as many pixels as [[8K resolution|8K]] resolution, 64 times as many pixels as [[4K resolution|4K]] resolution, 256 times the pixels as [[1080p|Full HD or 1080p]] resolution, and times the pixels as [[720p|HD or 720p]] resolution.
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According to scientist and photographer Roger N. Clark, the theoretical maximum [[Image resolution|resolution]] of the human eye (assuming 20/20 vision) is approximately
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According to scientist and photographer Roger N. Clark, the theoretical maximum [[Image resolution|resolution]] of the human eye (assuming 20/20 vision) is approximately [[megapixels]] if assuming only a 120 degree field of view, which is 32K resolution exactly at 32000 × 18000.<ref name=HumanEyeMPRNC>{{cite web |website=ClarkVision |title=Notes on the Resolution and Other Details of the Human Eye |url=https://clarkvision.com/articles/eye-resolution.html |date=2018-12-28 |first=Roger |last=Clark |access-date=2025-11-07 |archive-date=2025-11-07 |archive-url=https://archive.is/EUmZg}}</ref> However, the human eye’s actual field of view is about 180 degrees.<ref name=HumanEyeMPRNC/> Per Clark’s formula, the human eye’s actual maximum [[Image resolution|resolution]] therefore equals 180 * 180 * 60 * 60 / (0.3 * 0.3), which is 1,296MP. For only a single snapshot-length glance, Clark estimates that the resolution of the human eye is around 5 to 15 [[megapixels]] (a range which includes both [[4K resolution|4K]] and [[8K resolution|8K]]), due to certain flaws of the human eye.<ref name=HumanEyeMPRNC/>
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There are plans from different groups to start implementing 32K technology. While there are a few cameras that can shoot in 32K resolution,<ref name=”:0″ /> even [[8K resolution|8K]] still does not have as widespread usage as [[1080p]] and [[4K resolution|4K]] do. There are less than 3% of televisions supporting [[8K resolution|8K]] (with only some [[Ninth generation of video game consoles|9th generation gaming consoles]] supporting it), and none using 16K.<ref name=”:1″ />
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There are plans from different groups to start implementing 32K technology. While there are a few cameras that can shoot in 32K resolution,<ref name=”:0″ /> even [[8K resolution|8K]] still does not have as widespread usage as [[1080p]] and [[4K resolution|4K]] do. There are less than 3% of televisions supporting [[8K resolution|8K]] (with only some [[Ninth generation of video game consoles|9th generation gaming consoles]] supporting it), and none using 16K.<ref name=”:1″ />
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=== Technology ===
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=== Technology ===
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==== Cameras in development ====
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==== Cameras in development ====
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* The Linea HS 32K<ref name=”:2″>{{cite web |last=Forrester |first=Chris |date=5 July 2018 |title=Panavision: “Start thinking of 8K, then 16K and 32K” |url=https://advanced-television.com/2018/07/05/panavision-start-thinking-of-8k-then-16k-and-32k/ |access-date=2021-03-23 |website=Advanced Television |language=en-GB}}</ref><ref name=”:1″>{{cite web |last1=Shaw |first1=Ray |date=2019-01-10 |title=Do we need
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* The Linea HS 32K<ref name=”:2″>{{cite web |last=Forrester |first=Chris |date=5 July 2018 |title=Panavision: “Start thinking of 8K, then 16K and 32K” |url=https://advanced-television.com/2018/07/05/panavision-start-thinking-of-8k-then-16k-and-32k/ |access-date=2021-03-23 |website=Advanced Television |language=en-GB}}</ref><ref name=”:1″>{{cite web |last1=Shaw |first1=Ray |date=2019-01-10 |title=Do we need |url=https://www.gadgetguy.com.au/do-we-need-an-8k-tv-or-16k-32k/ |access-date=2021-03-23 |website=GadgetGuy |language=en-AU}}</ref>
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==== Cameras ====
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==== Cameras ====
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