View source for List of common display resolutions

{{Very long|date=January 2025}}
{{short description|Monitor and TV screen specifications}}
{{Use dmy dates|date=February 2020}}
{{for|a more in depth discussion of resolutions|Display resolution standards}}
[[File:Vector Video Standards8.svg|thumb|upright=2|This chart shows the most common display resolutions, with the color of each resolution type indicating the display ratio (e.g., red indicates a 4:3 ratio).|alt=This chart shows the most common display resolutions, with the color of each resolution type indicating the display ratio (e.g., red indicates a 4:3 ratio).]]
This article lists [[computer monitor]], television, digital film, and other graphics display [[display resolution|resolutions]] that are in common use. Most of them use certain [[Preferred number#Computer engineering|preferred numbers]].
==Computer graphics==
{{for|a list of resolution standards and color depths used in computer monitors|List of computer display standards}}
; [[Pixel aspect ratio]] (PAR): The horizontal to vertical ratio of each pixel.
; [[Storage aspect ratio]] (SAR): The horizontal to vertical ratio of solely the number of pixels in each direction.<ref group=note>LCD panels' resolutions are often quoted in terms of raw subpixels, misnamed "pixels" in manufacturer's specifications.  Each real pixel includes one subpixel for each of three colors, so calling subpixels "pixels" inflates the claimed resolution by a factor of three.  This bit of marketing obfuscation is calculated as horizontal resolution × vertical resolution × 3.  For example: 640&nbsp;×&nbsp;480 VGA is {{formatnum:921600}} subpixels, or {{formatnum:307200}} pixels, 800&nbsp;×&nbsp;600 SVGA is {{formatnum:1440000}} subpixels, or {{formatnum:480000}} pixels, and 1024&nbsp;×&nbsp;768 XGA is {{formatnum:2359296}} subpixels, but only {{formatnum:786432}} full-color pixels.</ref>
; [[Display aspect ratio]] (DAR): The combination (which occurs by multiplication) of both the pixel aspect ratio and storage aspect ratio giving the aspect ratio as experienced by the viewer.
{| class="wikitable sortable"
|+ Computer and handheld screens
! rowspan=2 | Designation
! rowspan=2 | Usage
! rowspan=2 style="border-right:0;" | {{abbr|W|Width (pixels)}}
! rowspan=2 class="unsortable" style="width:1em; border-left:0; border-right:0;" | ({{abbr|px|pixels}})
! rowspan=2 style="border-left:0;" | {{abbr|H|Height (pixels)}}
! colspan=3 | Aspect ratio
! rowspan=2 | Total pixels
|-
! Storage
! Display
! Pixel
{{resrow|16|16|u=[[Microvision]]|d=1:1}}
{{resrow|42|11|u=[[Timex Datalink#Timex Datalink USB|Timex Datalink USB]]<ref>{{cite web|author=Joris van den Heuvel |url=http://fuzzcraft.com/timex_datalink_usb.html |title=Timex Datalink USB |access-date=18 December 2013}}</ref><ref name="Multi-Purpose Data Displays as Wrist Watch Replacement">{{cite web | title = Multi-Purpose Data Displays as Wrist Watch Replacement | citeseerx = 10.1.1.105.8049 |url=https://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.105.8049}}</ref>|d=1:1|p=5:9}}
{{resrow|32|32|u=[[PocketStation]]|d=1:1}}
{{resrow|40|30|u=[[Etch A Sketch Animator]]|d=4:3}}
{{resrow|42|32|u=Epson RC-20<ref>{{Cite web|url=http://pocketcalculatorshow.com/nerdwatch/fun2.html|archive-url=https://web.archive.org/web/20120416004839/http://pocketcalculatorshow.com/nerdwatch/fun2.html|url-status=dead|title=Computer Watch Fun|archive-date=16 April 2012}}</ref> |d=1:1}}
{{resrow|48|32|u=[[GameKing#GameKing I (GM-218)|GameKing I (GM-218)]], [[VMU]] |d=3:2}}
{{resrow|80|25|u=Ever DOS computers |d=4:3}}
{{resrow|60|40|u=[[Etch A Sketch Animator 2000]] |d=3:2}}
{{resrow|72|40|u=[[Thumby (console)]] |d=7:5}}
{{resrow|84|48|u=[[Nokia 3210]] and [[List of Nokia products|many other early Nokia Phones]] |d=2:1}}
{{resrow|64|64|u=[[Hartung Game Master]] |d=1:1}}
{{resrow|170|25|u=Ever DOS computers 2x|d=4:3}}
{{resrow|72|64|u=Field Technology CxMP smart watch<ref name="Multi-Purpose Data Displays as Wrist Watch Replacement"/> |d=1:1}}
{{resrow|128|36|u=[[Montblanc (company)|Montblanc]] e-Strap<ref>{{Cite web|url=https://www.engadget.com/products/montblanc/e-strap/|title=Montblanc e-Strap review|website=Engadget}}</ref> |d=1:1}}
{{resrow|75|64|u=[[Epoch Game Pocket Computer]] |d=1:1|p=1:1.171875}}
{{resrow|150|40|u=[[Entex Adventure Vision]] |p=1.000}}
{{resrow|96|64|u=First [[graphing calculator]]s: [[Casio fx-7000G]], [[TI-81]] |d=3:2}}
{{resrow|96|64|u=[[Pokémon Mini]] |d=3:2}}
{{resrow|128|48|u=[[TRS-80]] |d=3:2}}
{{resrow|96|65|u=Early Nokia colour screen phones|d=3:2}}
{{resrow|102|64|u=[[Ruputer]]|d=16:10}}
{{resrow|108|70|u=[[Pokémon Mini]]|d=3:2}}
{{resrow|101|80|u=Sony Ericsson T68i, T300, T310 and other early colour and black&white screen phones|d=5:4}}
{{resrow|128|64|u=[[Arduboy]]|d=2:1}}
{{resrow|96|96|u=MetaWatch Strata & Frame watches|d=1:1}}
{{resrow|128|96|u=[[Pokémon Mini]]|d=3:2}}
{{resrow|240|64|u=[[Atari Portfolio]], [[TRS-80 Model 100]]|d=3.75}}
{{resrow|160|102|u=[[Atari Lynx]]|d=16:10}}
{{resrow|128|128|u=[[Sony SmartWatch]], [[Sifteo cubes]], early color screen phones (square display), [[PICO-8]]|d=1:1}}
{{resrow|128|160|u=Samsung feature phones, e.g., [[Samsung SGH-S150G]] and other feature phones such as [[MobiWire Nakai]]|d=4:5}}
{{resrow|160|120|[[QQVGA]]|u=Quarter Quarter VGA: Nintendo [[Game Boy Advance]] LoRes|d=4:3}}
{{resrow|160|144|u=Nintendo [[Game Boy]] (GB), [[Game Boy Color]] (GBC); Sega [[Game Gear]] (GG)|d=10:9|p=1:1}}
{{resrow|144|168|u=[[Pebble E-Paper Watch]] |d=6:7|p=1:1}}
{{resrow|160|152|u=[[Neo Geo Pocket Color]] |d=20:19|p=1:1}}
{{resrow|160|160|u=[[Palm (PDA)|Palm]] LoRes|d=1:1}}
{{resrow|140|192|u=[[Apple II]] HiRes (6 color) and [[Apple IIe]] Double HiRes (16 color), grouping subpixels|d=4:3}}
{{resrow|160|200|u=[[MOS Technology VIC-II|VIC-II]] multicolor, [[IBM PCjr]] 16-color, [[Amstrad CPC]] 16-color|d=4:3}}
{{resrow|224|144|u=[[WonderSwan]]|d=14:9}}
{{resrow|208|176|u=Nokia [[Series 60]] [[smartphone]]s ([[Nokia 7650]], plus First and Second Edition models only) |d=13:11}}
{{resrow|240|160|[[HQVGA]]|u=Half QVGA: Nintendo [[Game Boy Advance]]|d=3:2}}
{{resrow|220|176|u=Older Java [[MIDP]] devices like [[Sony Ericsson K600]] |d=5:4}}
{{resrow|160|256|u=[[BBC Micro]] 20 column modes|d=4:3}}
{{resrow|180|248|u=[[Apple II]] HiRes 3 colors |d=4:3}}
{{resrow|208|208|u=[[Nokia 5500 Sport]], Nokia 6230i, Nokia 8800 |d=1:1}}
{{resrow|256|192|u=[[TMS9918]] modes 1 (e.g. [[TI-99/4A]]) and 2, [[ZX Spectrum]], [[MSX]], Sega [[Master System]], [[Nintendo DS]] (each screen)|d=4:3}}
{{resrow|280|192|u=[[Apple II]] HiRes (1 bit per pixel)|d=4:3}}
{{resrow|256|212|u=[[MSX2]]|d=4:3}}
{{resrow|432|128|u=[[Samsung Gear Fit]]|d=1:1}}
{{resrow|256|224|u=[[Nintendo Entertainment System]], [[Super Nintendo Entertainment System]], Sega [[Mega Drive]]|d=4:3}}
{{resrow|240|240|u=Apple [[iPod Nano]] 6G, [[Palm (PDA)]]|d=1:1}}
{{resrow|256|240|u=[[PlayStation (console)|PlayStation]] (e.g. [[Rockman Complete Works]])|d=4:3}}
{{resrow|320|192|u=[[Atari 8-bit computers]] PAL|d=5:3}}
{{resrow|320|192|u=[[Atari 8-bit computers]] NTSC|d=50:35|p=6:7}}
{{resrow|320|200|Color Graphics Adapter ([[Color Graphics Adapter|CGA]])|u=[[Color Graphics Adapter|CGA]] 4-color, [[ATM (computer)|ATM]] 16 color, [[Atari ST]] 16 color, [[Nintendo 64]] LoRes, [[Commodore 64]], HiRes [[MOS Technology VIC-II|VIC-II]] Hires, [[Original Chip Set|Amiga OCS]] NTSC Lowres, [[Apple IIGS]] LoRes, [[Multi-Color Graphics Array|MCGA]], [[Amstrad CPC]] 4-color |d=4:3}}
{{resrow|256|256|u=[[Elektronika BK]]|d=1:1}}
{{resrow|256|256|u=[[Sinclair QL]]|d=4:3}}
{{resrow|320|208|u=[[UIQ]] 2.x based [[smartphone]]s|d=3:2}}
{{resrow|320|224|u=Sega [[Mega Drive]], [[Sega Nomad]], [[Neo Geo AES]] |d=3:2}}
{{resrow|320|240|[[QVGA]]|u=Quarter VGA: Apple [[iPod Nano]] 3G, [[Nintendo Entertainment System]] HiRes, [[Super Nintendo Entertainment System]], [[PlayStation (console)|PlayStation]], [[Nintendo 64]], [[GameCube]],  [[Nintendo 3DS]] (lower screen)|d=4:3}}
{{resrow|320|256|u=[[BBC Micro|Acorn BBC]] 40 column modes, [[Original Chip Set|Amiga OCS]] PAL Lowres|d=5:4}}
{{resrow|320|256|u=[[GameCube]]|d=4:3}}
{{resrow|384|224|u=Capcom [[CP System]] (CPS, [[CP System II|CPS2]], [[CP System III|CPS3]]) [[arcade system board]]s|d=4:3}}
{{resrow|368|240|u=[[PlayStation (console)|PlayStation]] (e.g. ''[[X-Men vs. Street Fighter]]'')|d=4:3}}
{{resrow|372|240|u=[[Super Nintendo Entertainment System]]|d=4:3}}
{{resrow|376|240|u=Apple [[iPod Nano]] 5G|d=14:9}}
{{resrow|272|340|u=[[Apple Watch]] 38mm|d=4:5|p=1:1}}
{{resrow|400|240|[[WQVGA]]|u=Wide QVGA: ''Common on [[Windows Mobile 6]] handsets'', [[Nintendo 3DS]] (upper screen in 2D mode), [[Playdate (console)]]|d=5:3}}
{{resrow|512|192|u=[[Timex Sinclair 2068]], [[Timex Computer 2048]]|d=4:3}}
{{resrow|448|224|u=IGS [[PolyGame Master]] [[arcade system board]]|d=4:3}}
{{resrow|320|320|u=[[Palm (PDA)]] HiRes, [[Samsung Galaxy Gear]]|d=1:1}}
{{resrow|432|240|[[WQVGA]]|u=Wide QVGA: Apple iPod Nano 7G|d=9:5}}
{{resrow|560|192|u=[[Apple IIe]] Double Hires (1 bit per pixel)<ref>{{cite web|url=http://shrineofapple.com/blog/2011/09/28/iicflatpaneldisplay |title=Apple IIc Flat Panel Display |publisher=Shrine of Apple |date=28 September 2011 |access-date=18 December 2013}}</ref>|d=4:3}}
{{resrow|400|270|u=[[TurboExpress]] |d=16:9}}
{{resrow|512|212|u=[[MSX2]]|d=4:3}}
{{resrow|384|288|u=[[Common Intermediate Format]] |d=4:3}}
{{resrow|480|234|WQVGA*|u=Variant used commonly for [[portable DVD player]]s, [[digital photo frame]]s, GPS receivers and devices such as the [[Kenwood DNX-5120]] and [[Glospace SGK-70]]; often marketed as "16:9" |d=16:9}}
{{resrow|400|300|qSVGA|u=Quarter SVGA: [[Super Nintendo Entertainment System]] ''Selectable in some PC shooters''|d=4:3}}
{{resrow|480|250|u=[[Teletext]] and [[Viewdata]] 40×25 character screens (PAL non-interlaced)|d=4:3}}
{{resrow|312|390|u=[[Apple Watch]] 42mm|d=4:5|p=1:1}}
{{resrow|512|240|u=[[PlayStation (console)|PlayStation]] (e.g. ''[[Tekken (video game)|Tekken]]'' and ''[[Tekken 2]]'')|d=4:3}}
{{resrow|320|400|u=[[Original Chip Set|Amiga OCS]] NTSC Lowres interlaced|d=4:3}}
{{resrow|640|200|Color Graphics Adapter ([[Color Graphics Adapter|CGA]])|u=[[Atari ST]] 4 color, [[ATM (computer)|ATM]], [[Color Graphics Adapter|CGA]] mono, [[Original Chip Set|Amiga OCS]] NTSC Hires, [[Apple IIGS]] HiRes, [[Nokia]] [[Series 80 (software platform)|Series 80]] [[smartphone]]s, [[Amstrad CPC]] 2-color|d=4:3}}
{{resrow|480|272|u=Sony [[PlayStation Portable]], [[Zune HD]], [[Neo Geo X]]|d=16:9}}
{{resrow|512|256|u=[[Elektronika BK]], ''[[Poly-Play]]''|d=2:1}}
{{resrow|512|256|u=[[Sinclair QL]]|d=4:3}}
{{resrow|416|352|u=Nokia [[Series 60]] [[smartphone]]s ([[Nokia E60|E60]], [[Nokia E70|E70]], [[Nokia N80|N80]], [[Nokia N90|N90]])|d=13:11}}
{{resrow|480|320|[[HVGA]]|u=Palm Tungsten T3, [[iPhone (1st generation)|Apple iPhone]], [[HTC Dream]], [[Palm (PDA)]] HiRES+|d=3:2}}
{{resrow|640|240|[[HVGA]]|u=[[Handheld PC]]|d=8:3|p=1:1}}
{{resrow|640|240|u=[[PlayStation (console)|PlayStation]], [[GameCube]]|d=4:3}}
{{resrow|640|256|u=[[BBC Micro|Acorn BBC]] 80 column modes, [[Original Chip Set|Amiga OCS]] PAL Hires|d=4:3}}
{{resrow|512|342|u=[[Compact Mac|Black & white Macintosh (9")]]|d=3:2}}
{{resrow|368|480|u=[[PlayStation (console)|PlayStation]] (e.g. ''[[Tekken 3]]'') (interlaced)|d=4:3}}
{{resrow|496|384|u=[[Sega Model 1]] (e.g. [[Virtua Fighter (video game)|Virtua Fighter]]) and [[Sega Model 2|Model 2]] (e.g. [[Daytona USA]]) [[arcade system board]]s|d=4:3}}
{{resrow|800|240|u=[[Nintendo 3DS]] (upper screen in 3D mode: 2× 400&nbsp;×&nbsp;240, one for each eye) |d=5:3}}
{{resrow|512|384|u=[[Macintosh LC]] (12")/[[Macintosh Color Classic|Color Classic]] (also selectable in many PC shooters)|d=4:3}}
{{resrow|640|320|u=Nokia [[Series 90 (software platform)|Series 90]] [[smartphone]]s ([[Nokia 7700|7700]], [[Nokia 7710|7710]])|d=2:1}}
{{resrow|640|350|EGA|u=[[Enhanced Graphics Adapter]], Apple [[Macintosh]]|d=4:3}}
{{resrow|640|360|u=[[Graphic display resolutions#nHD (640×360)|nHD]], used by [[Nokia 5800]], [[Nokia 5530]], [[Nokia X6 (2009)|Nokia X6]], [[Nokia N97]], [[Nokia N8]]<ref>{{cite web|url=http://www.forum.nokia.com/devices/5800_XpressMusic |title=Device Details - Nokia 5800 XpressMusic |publisher=Forum.nokia.com |access-date=18 December 2013 |url-status=dead |archive-url=https://web.archive.org/web/20100405000736/http://www.forum.nokia.com/devices/5800_XpressMusic/ |archive-date=5 April 2010 }}{{unreliable source?|date=December 2013}}</ref>|d=16:9}}
{{resrow|480|500|u=[[Teletext]] and [[Viewdata]] 40×25 character screens (PAL interlaced)|d=4:3}}
{{resrow|512|480|u=[[Namco System 12]] [[arcade system board]] (e.g. [[Soulcalibur]], [[Tekken 3]], [[Tekken Tag Tournament]]) (interlaced)|d=4:3}}
{{resrow|720|348|u=[[Hercules Graphics Card|HGC]]|d=4:3}}
{{resrow|720|350|u=[[IBM Monochrome Display Adapter|MDA]]|d=4:3}}
{{resrow|640|400|u=[[Atari ST]] mono, [[Original Chip Set|Amiga OCS]] NTSC Hires interlaced|d=4:3}}
{{resrow|720|364|u=[[Apple Lisa]]|d=4:3}}
{{resrow|800|352|u=[[Nokia E90 Communicator]]|d=25:11|p=1:1}}
{{resrow|600|480|u=Some older monitors|d=5:4}}
{{resrow|640|480|[[VGA]]|Video Graphics Array|u=[[Multi-Color Graphics Array|MCGA]] (in monochome), [[Nintendo 3DS]] lower screen HiRes, [[GameCube]], [[Sun-1]] color, [[PlayStation (console)|PlayStation]] (e.g. [[Tobal No.1]] and [[Ehrgeiz]]), [[Nintendo 64]], (e.g. various Expansion Pak enhanced games), [[Sixth generation of video game consoles|6th Generation Consoles]], [[Nintendo Wii]]|d=4:3}}
{{resrow|640|512|u=[[Original Chip Set|Amiga OCS]] PAL Hires interlaced|d=4:3}}
{{resrow|768|480|WVGA|u=[[Wide VGA]]|d=16:10}}
{{resrow|800|480|WGA|[[Wide VGA]]|u=&nbsp;[[List of mobile phones with WVGA display]]|d=5:3}}
{{resrow|848|480|W-PAL|u=[[Wide PAL]]|d=16:9}}
{{resrow|854|480|[[FWVGA]]|u=[[List of mobile phones with FWVGA display]]|d=16:9}}
{{resrow|800|600|[[SVGA]]|u=Super VGA [[Nintendo Wii]], [[Nintendo 64]] HiRes, [[GameCube]] HiRes |d=4:3}}
{{resrow|960|540|[[540p|qHD]]|Quarter FHD|u=&nbsp;[[Image Constraint Token|AACS ICT]], [[HRHD]], [[Motorola Atrix 4G]], [[Sony XEL-1]]<ref>{{cite web|url=http://www.thefreelibrary.com/NEC+LCD+Technologies+Develops+3.5-Inch+New+System-on-Glass+LCD+Module+...-a0154348775 |title=NEC LCD Technologies Develops 3.5-Inch New System-on-Glass LCD Module Boasting Industry-Leading Picture Quality |publisher=Free Online Library |date=13 November 2006 |access-date=18 December 2013}}</ref>{{Unreliable source?|date=December 2013}}|d=16:9}}
{{resrow|832|624|u=Apple [[Macintosh]] Half Megapixel<ref>Apple Computer {{frac|1|2}} Megapixel standard</ref>|d=4:3}}
{{resrow|960|544|u=[[PlayStation Vita]] (PSV)|d=16:9}}
{{resrow|1024|576|u=PAL 16:9|d=16:9}}
{{resrow|960|640|[[Graphics display resolution#DVGA|DVGA]]|Double VGA|u=&nbsp;Apple [[iPhone 4S]],<ref>{{cite web|url=http://daringfireball.net/2010/04/why_960_by_640 |title=Why 960&nbsp;×&nbsp;640 |date=19 April 2010 |author=John Gruber |access-date=18 December 2013}}</ref>{{Unreliable source?|date=December 2013}}<ref>{{cite web|url=https://www.apple.com/uk/iphone-4s/specs/index.html |title=iPhone 4S Tech Specs (Apple) |access-date=4 January 2014 |publisher=Apple |url-status=dead |archive-url=https://web.archive.org/web/20140104213056/http://www.apple.com/uk/iphone-4s/specs/index.html |archive-date=4 January 2014 }}</ref> 4th Generation [[iPod Touch]]<ref>{{cite web|url=http://support.apple.com/kb/sp594 |title=iPod touch (4th generation) - Technical Specifications |publisher=Apple |date=21 November 2011 |access-date=4 January 2014}}</ref>|d=3:2}}
{{resrow|1024|600|u=&nbsp;10” [[netbooks]]|WSVGA|Wide SVGA|d=16:9}}
{{resrow|1024|640|u=Close to WSVGA|d=16:10}}
{{resrow|960|720|u=Panasonic DVCPRO100 for 50/60&nbsp;Hz over 720p - SMPTE Resolution|d=4:3}}
{{resrow|1136|640|u=Apple [[iPhone 5]], [[iPhone 5S]], [[iPhone 5C]], [[iPhone SE (1st generation)|iPhone SE (1st)]]|d=16:9}}
{{resrow|1138|640|u=Occasional Chromebook resolution with 96 DPI; see HP Chromebook 14A G5.|d=16:9}}
{{resrow|1024|768|[[XGA]]|Extended Graphics Array|u=Common on 14″/15″ [[Thin-film-transistor liquid-crystal display|TFT]]s and the Apple [[iPad]]|d=4:3}}
{{resrow|1024|800|u=[[Sun-1]] monochrome|d=4:3}}<!--5:4-->
{{resrow|1152|720|u=''Supported by some GPUs, monitors, and games''|d=16:10}}
{{resrow|1152|768|u=Apple [[PowerBook G4]] (original Titanium version)|d=3:2}}
{{resrow|1280|720|[[Wide Extended Graphics Array|WXGA]]|Wide XGA|u=Minimum, [[720p]] [[Nintendo Wii U]], [[Nintendo Switch]] HDTV|d=16:9}}
{{resrow|1120|832|u=[[NeXT MegaPixel Display]]|d=4:3}}
{{resrow|1280|768|[[WXGA (graphics)|WXGA]]|Wide XGA|u=Average, [[Glossy display|BrightView]] [[Nintendo Wii U]], [[Nintendo Switch]] |d=5:3}}
{{resrow|1152|864|[[XGA+]]|u=Apple XGA<ref group=note>Apple Computer 1 megapixel standard</ref>|d=4:3}}
{{resrow|1334|750|u=Apple [[iPhone 6]], [[iPhone 6S]], [[iPhone 7]], [[iPhone 8]], [[iPhone SE (2nd generation)|iPhone SE (2nd)]]|d=16:9}}
{{resrow|1280|800|[[WXGA (graphics)|WXGA]]|Wide XGA|u=Maximum [[Nintendo Wii U]], [[Nintendo Switch]], [[Steam Deck]]|d=16:10}}
{{resrow|1152|900|u=[[Sun-2]] Prime Monochrome or Color Video, also common in [[Sun-3]] and [[Sun-4]] workstations|d=32:25}}
{{resrow|1024|1024|u=[[Network Computing Devices]]|p=1:1}}
{{resrow|1366|768|u=Standardized [[HDTV|HDTV 720p/1080i]] displays or "HD ready", used in most cheaper notebooks [[Nintendo Wii U]]|d=16:9|a=WXGA HD}}
{{resrow|1280|854|u=Apple [[PowerBook G4]]|d=3:2}}
{{resrow|1280|960|SXGA−|Super XGA "Minus"|d=4:3}}
{{resrow|1600|768|u=Sony VAIO P series |d=25:12|p=1:1}}
{{resrow|1080|1200|u=[[HTC Vive]] (per eye)|d=9:10|p=1:1}}
{{resrow|1440|900|[[WSXGA]]|u=Wide SXGA|d=16:10}}
{{resrow|1440|900|[[WXGA+]]|u=Wide XGA+|d=16:10}}
{{resrow|1280|1024|[[SXGA]]|u=Super XGA|d=5:4}}
{{resrow|1440|960|u=Apple [[PowerBook G4]]|d=3:2}}
{{resrow|1600|900|HD+|u=[[900p]] [[Nintendo Wii U]], [[Xbox One]]|d=16:9}}
{{resrow|1400|1050|[[SXGA+]]|u=Super XGA Plus, Lenovo Thinkpad X61 Tablet|d=4:3}}
{{resrow|1440|1024|u=''Similar to A4 paper format'' (~123 dpi for A4 size)|d=7:5}}<!--45:32-->
{{resrow|1440|1080|u=[[HDV]] 1080i|d=4:3}}
{{resrow|1600|1024|u=[[SGI 1600SW]]|d=25:16}}
{{resrow|1680|1050|[[WSXGA+]]|u=Wide SXGA+|d=16:10}}
{{resrow|1776|1000|u=''Available in some monitors''|d=16:9}}
{{resrow|1600|1200|[[UXGA]]|Ultra XGA|u=Lenovo Thinkpad T60|d=4:3}}
{{resrow|1600|1280|u=Sun3 Hi-res monochrome|d=5:4}}
{{resrow|1920|1080|FHD|Full HD|u=1080 HDTV ([[1080i]], [[1080p]] [[Xbox One]], [[Nintendo Switch]])|d=16:9}}
{{resrow|1440|1440|u=[[Windows Mixed Reality]] headsets (per eye)|d=1:1}}
{{resrow|2048|1080|DCI 2K|u=DCI 2K|d=19:10}}
{{resrow|1920|1200|[[WUXGA]]|u=Wide UXGA|d=16:10}}
{{resrow|2048|1152|QWXGA|u=Quad WXGA, [[2K resolution|2K]]|p=1}}
{{resrow|1792|1344|u=''Supported by some GPUs, monitors, and games''|d=4:3}}
{{resrow|1920|1280|FHD+|Full HD Plus|u=[[Microsoft Surface 3]]|d=3:2}}
{{resrow|2280|1080|u=[[Samsung Galaxy S10e]], [[Xiaomi Mi A2 Lite]], Huawei P20 Lite|s=19:9|d=19:9|p=1}}
{{resrow|2340|1080|u=[[Samsung Galaxy A8s]], [[Xiaomi Redmi Note 7]], Honor Play|s=19½:9|d=19½:9|p=1}}
{{resrow|1856|1392|u=''Supported by some GPUs, monitors, and games''|d=4:3}}
{{resrow|2400|1080|u=[[Samsung Galaxy A70]], [[Samsung Galaxy S21]]/+, Xiaomi [[Redmi Note 9S]], default for many 3200x1440 phones<ref>{{cite web|url=https://www.androidauthority.com/qhd-hidden-smartphone-feature-1115866/|title=When did Quad HD+ resolution become a hidden smartphone feature?|date=17 May 2020 |publisher=Android Authority|access-date=6 October 2021}}</ref>|d=20:9}}
{{resrow|1800|1440|u=''Supported by some GPUs, monitors, and games''|d=5:4}}
{{resrow|2880|900|CWSXGA|u=[[Sharp NEC Display Solutions|NEC]] CRV43,<ref>{{cite web|last=Ricker |first=Thomas |url=https://www.engadget.com/2009/06/04/nec-crv43-43-inches-of-curve-on-sale-july |title=NEC CRV43: 43-inches of curve on sale July |date=4 June 2009 |publisher=[[Engadget]] |access-date=18 December 2013}}</ref> Ostendo CRVD,<ref>{{cite web|url=http://www.crvd.com |title=Ostendo CRVD |publisher=Crvd.com |access-date=18 December 2013 |url-status=dead |archive-url=https://web.archive.org/web/20120621065434/http://www.crvd.com/ |archive-date=21 June 2012}}</ref> [[Alienware]] Curved Display<ref>{{cite web|last=Dybwad |first=Barb |url=https://www.engadget.com/2008/01/07/alienware-curved-display-rocks-crysis-at-2880-x-900 |title=Alienware curved display rocks Crysis at 2880&nbsp;×&nbsp;900 |date=7 January 2008 |publisher=[[Engadget]] |access-date=18 December 2013}}</ref><ref>{{cite web|last=Brown |first=Rich |url=http://ces.cnet.com/8301-13855_1-9842798-67.html |title=If you're a gamer, you want this monitor |publisher=[[CNET]] |date=6 January 2008 |access-date=18 December 2013}}</ref>|d=16:5|p=1:1}}
{{resrow|2160|1200|u=[[HTC Vive]], [[Oculus Rift]] (both eyes)|d=9:5}}
{{resrow|2048|1280|u=''Supported by some GPUs, monitors, and games''|d=16:10}}
{{resrow|1920|1400|[[TXGA]]|u=Tesselar XGA|d=7:5}}
{{resrow|2520|1080|u=[[Motorola One]] Vision, Motorola One Action and [[Sony Xperia 10 IV]]|d=21:9|p=1}}
{{resrow|2436|1125|u=Apple [[iPhone X]], [[iPhone XS]] and [[iPhone 11 Pro]]|d=2.165}}
{{resrow|2538|1080|u=Avielo Optix SuperWide 235 projector<ref>{{cite web|url=http://www.avielo.com/press/optix-SuperWide235-for-cedia2010.pdf |title=Avielo Optix-SuperWide235 |date=February 2010 |access-date=18 December 2013 |url-status=dead |archive-url=https://web.archive.org/web/20120319172631/http://www.avielo.com/press/optix-SuperWide235-for-cedia2010.pdf |archive-date=19 March 2012 }}</ref>|d=47:20}}
{{resrow|1920|1440|u=Supported by some GPUs, monitors, and games |d=4:3}}
{{resrow|2560|1080|UW-FHD|UltraWide FHD|u=[[Philips Cinema 21:9 TV|Cinema TV]] from Philips and [[Vizio]], Dell UltraSharp U2913WM, ASUS MX299Q, NEC EA294WMi, Philips 298X4QJAB, LG 29EA93, AOC Q2963PM|d=64:27}}
{{resrow|2160|1440|u=[[Microsoft Surface Pro 3]]|d=3:2}}
{{resrow|2048|1536|[[QXGA]]|Quad XGA|u=iPad (3rd Generation), iPad Mini (2nd Generation)|d=4:3}}
{{resrow|2304|1440|u=Maximum resolution of the Sony GDM-FW900, Hewlett Packard A7217A and the [[Retina Display]] [[MacBook (Retina)|MacBook]]|d=16:10}}
{{resrow|2256|1504|u=Surface Laptop, Framework Laptop 13|d=16:10}}
{{resrow|2560|1440|[[Graphics display resolution#2560 × 1440 (QHD)|WQHD]]|Wide Quad HD|u=[[Dell]] UltraSharp U2711, Dell XPS One 27, Apple [[iMac]]|d=16:9}}
{{resrow|2576|1450|u=''Available in some monitors''|d=16:9}}
{{resrow|2304|1728|u=Supported by some displays and graphics cards<ref>{{cite web |url=http://discussions.apple.com/thread.jspa?messageID=12163331 |title=Display settings differ on identical monitors |access-date=18 December 2013 |url-status=dead |archive-url=https://archive.today/20120709225642/http://discussions.apple.com/thread.jspa?messageID=12163331 |archive-date=9 July 2012 }}</ref>{{Unreliable source?|date=December 2013}}<ref>{{cite web|url=http://www.cloudburl.com:8080/showItem/showDetail/9289381.html |title=Multiscan G520 - feodora80 log - Netease blog |access-date=18 December 2013 |url-status=dead |archive-url=https://web.archive.org/web/20131219010522/http://www.cloudburl.com:8080/showItem/showDetail/9289381.html |archive-date=19 December 2013 }}</ref>|d=4:3}}
{{resrow|2560|1600|[[WQXGA]]|Wide QXGA|u=[[Apple Inc.|Apple]] Cinema HD 30, [[Apple Inc.|Apple]] 13" [[MacBook Pro]] [[Retina Display]], [[Dell]] Ultrasharp U3011, Dell 3007WFP, Dell 3008WFP, Gateway XHD3000, Samsung 305T, HP LP3065, HP ZR30W, [[Nexus 10]]|d=16:10}}
{{resrow|2880|1440|u=[[LG G6]], [[LG V30]], [[Pixel 2|Pixel 2 XL]], [[HTC U11+]], [[Windows Mixed Reality]] headsets (both eyes)|s=18:9|d=2:1}}
{{resrow|2960|1440|Infinity Display|u=[[Samsung Galaxy S8]], [[Samsung Galaxy S8+|S8+]], [[Samsung Galaxy S9|S9]], [[Samsung Galaxy S9+|S9+]], [[Samsung Galaxy Note 8|Note 8]]|p=1:1}}
{{resrow|2560|1700|u=[[Chromebook Pixel]]|s=3:2|d=3:2|p=1:1}}
{{resrow|2560|1800|u=[[Pixel C]]|d=64:45|s=64:45|p=1:1}}
{{resrow|2880|1620|u=Lenovo Thinkpad W541|d=16:9}}
{{resrow|2560|1920|u=Max. CRT resolution, supported by the Viewsonic P225f and some graphics cards|d=4:3}}
{{resrow|3440|1440|Ultra-Wide QHD|u=LG, Samsung, Acer, HP and Dell UltraWide monitors|d=43:18|s=43:18|p=1:1}}
{{resrow|2736|1824|u=[[Microsoft Surface Pro 4]]|d=3:2}}
{{resrow|2880|1800|u=Apple 15" [[MacBook Pro]] [[Retina Display]]|d=16:10}}
{{resrow|2880|1920|u=Microsoft [[Surface Pro X]]|d=3:2}}
{{resrow|2560|2048|[[QSXGA]]|Quad SXGA|d=5:4}}
{{resrow|2732|2048|u=[[iPad Pro]] 12.9"|d=4:3}}
{{resrow|3200|1800|[[Graphics display resolution#WQXGA+|WQXGA+]]|Wide QXGA+|u=[[HP Envy]] TouchSmart 14, [[Fujitsu]] Lifebook UH90/L, [[Lenovo]] Yoga 2 Pro|d=16:9}}
{{resrow|2800|2100|QSXGA+|Quad SXGA+|d=4:3}}
{{resrow|3072|1920|u=Apple 16" MacBook Pro Retina Display|d=16:10}}
{{resrow|2560|1664|u=Apple 13" [[MacBook Air (Apple silicon)]] Retina Display|s=8∶5.2|d=8∶5.2|p=1:1}}
{{resrow|2880|1864|u=Apple 15" [[MacBook Air (Apple silicon)]] Retina Display|s=8∶5.178|d=8∶5.178|p=1:1}}
{{resrow|3024|1964|u=Apple 14" [[MacBook Pro (Apple silicon)]] Retina Display|s=8∶5.196|d=8∶5.196|p=1:1}}
{{resrow|3456|2234|u=Apple 16" [[MacBook Pro (Apple silicon)]] Retina Display|s=8∶5.171|d=8∶5.171|p=1:1}}
{{resrow|3000|2000|3K|u=[[Microsoft Surface Book]], [[Huawei MateBook X Pro]]<ref>{{Cite news|url=https://www.techradar.com/reviews/huawei-matebook-x-pro|title=Huawei MateBook X Pro review|work=TechRadar|access-date=2018-10-04|language=en}}</ref>|d=3:2}}
{{resrow|3000|2120|3K|u=[[OnePlus Pad 2]], OnePlus Pad Pro<ref>{{Cite news|url=https://www.gsmarena.com/oneplus_pad_pro-13180.php|title=OnePlus Pad Pro - Full tablet specifications|work=GSMArena|access-date=2024-07-17|language=en}}</ref>|d=7:5}}
{{resrow|3840|1600|UW4K|Ultra-Wide 4K: [[Sony Xperia 1]], [[Sony Xperia 1 II]], [[Sony Xperia 1 III]], [[Sony Xperia 1 IV]], [[Sony Xperia 1 V]]|d=12:5}}
{{resrow|3200|2048|[[Graphics display resolution#WQSXGA|WQSXGA]]|Wide QSXGA|d=25:16}}
{{resrow|3240|2160|u=[[Microsoft Surface Book 2]] 15"|d=3:2}}
{{resrow|5120|1440|DQHD|u=Dual Quad HD: Philips 499P9H, Dell U4919DW, Samsung C49RG94SSU|s=32:9|d=32:9|p=1:1}}
{{resrow|3200|2400|[[QUXGA]]|Quad UXGA|d=4:3}}
{{resrow|3840|2160|[[4K resolution|4K]] UHD-1|4K Ultra HD 1|u=[[2160p]], 4000-lines UHDTV ([[4K UHD]])|d=16:9}}
{{resrow|4096|2160|DCI 4K|DCI 4K|s=19:10|d=19:10}}
{{resrow|3840|2400|[[WQUXGA]]|Wide QUXGA|u=IBM T221|d=16:10}}
{{resrow|4096|2304|u=LG Ultrafine 21.5, Apple 21.5" [[iMac]] [[Image resolution|4K]] [[Retina Display]]|d=16:9}}
{{resrow|5120|2160|UW5K (WUHD)|Ultra-Wide 5K|u=[[21:9 aspect ratio]] TVs|d=64:27}}
{{resrow|4480|2520|u=Apple 24" iMac 4.5K Retina Display|d=16:9}}
{{resrow|4096|3072|[[HXGA]]|Hex XGA|d=4:3}}
{{resrow|4500|3000|u=[[Surface Studio]]|d=3:2}}
{{resrow|5120|2880|[[5K resolution|5K]]|u=[[Dell]] UP2715K, LG Ultrafine 27, Apple 27" iMac 5K Retina Display, [[Apple Studio Display]]|d=16:9}}
{{resrow|5120|3200|[[WHXGA]]|Wide HXGA|d=16:10}}
{{resrow|5120|4096|[[HSXGA]]|Hex SXGA|d=5:4}}
{{resrow|6016|3384|6K|u=Apple 32" [[Pro Display XDR]]<ref>{{Cite news|url=https://www.pcmag.com/reviews/apple-pro-display-xdr|title=Apple Pro Display XDR Review|work=PCMag|access-date=2020-12-04|language=en}}</ref> [[Image resolution|6K]] Retina Display|d=16:9}}
{{resrow|6400|4096|[[WHSXGA]]|Wide HSXGA|d=25:16}}
{{resrow|6400|4800|[[HUXGA]]|Hex UXGA|d=4:3}}
{{resrow|6480|3240|–|s=18:9|d=2:1}}
{{resrow|7680|4320|8K UHD-2|8K Ultra HD 2|u=[[Ultra-high-definition television|4320p]], 8000-lines UHDTV ([[8K UHD]]), Dell UltraSharp UP3218K 32" 8K|d=16:9}}
{{resrow|7680|4800|[[WHUXGA]]|Wide HUXGA|d=16:10}}
{{resrow|8192|4320|8K Full Format|DCI 8K|s=19:10|d=19:10}}
{{resrow|8192|4608|—|d=16:9}}
{{resrow|10240|4320|UW10K|Ultra-Wide 10K|d=64:27}}
{{resrow|8192|8192|8K Fulldome|u=[[8K resolution#8K fulldome|8K Fulldome]]|d=1:1}}
{{resrow|15360|8640|16K|u=[[16K resolution|16K]]|d=16:9}}
{{resrow|16384|8640|16K Full Format|u=[[16K resolution|DCI 16K]]|d=19:10}}
|}
== Television and media ==
For television, the display aspect ratio (DAR) is shown, not the storage aspect ratio (SAR); analog television does not have well-defined pixels, while several digital television standards have non-square pixels.
=== Analog systems ===
{| class="wikitable sortable"
|+ Analog [[broadcast television systems]]
! Standard
! data-sort-type="number" | Resolution<ref group=note>Horizontal resolutions are approximated using the [[sampling theorem]], while vertical resolutions (lines) are fixed, standardized values</ref> <br/>(dots&nbsp;×&nbsp;lines)
! Display aspect <br/>ratio, {{abbr|H|Horizontal}}:{{abbr|V|Vertical}}
! Total <br/>pixels
|-
| [[CCIR System B]]/[[CCIR System G|G]] ([[PAL]]/[[SECAM]])    || ~520&nbsp;×&nbsp;576 ||  4:3 || {{nts|299520|prefix=~}}
|-
| [[CCIR System D]]/[[CCIR System K|K]]/[[CCIR System L|L]] ([[PAL]]/[[SECAM]])    || ~627&nbsp;×&nbsp;576 ||  4:3 || {{nts|361152|prefix=~}}
|-
| [[CCIR System I]] ([[PAL]])    || ~573&nbsp;×&nbsp;576 ||  4:3 || {{nts|330048|prefix=~}}
|-
| [[CCIR System N]] ([[PAL#PALN|PAL-N]])    || ~440&nbsp;×&nbsp;576 ||  4:3 || {{nts|253440|prefix=~}}
|-
| [[PALplus]]           || ~520&nbsp;×&nbsp;576 || 16:9 || {{nts|300000|prefix=~}}
|-
| Undecoded [[PALplus]] || ~520&nbsp;×&nbsp;432 || 16:9 || {{nts|220000|prefix=~}}
|-
| [[NTSC]],<ref>{{Cite web|url=http://www.ntsc-tv.com/ntsc-index-02.htm|archive-url=https://web.archive.org/web/20160507172318/http://www.ntsc-tv.com/ntsc-index-02.htm|archive-date=2016-05-07|url-status=usurped|title=Scanning, Timing/Sync, Sync Recovery, Numbers|website=ntsc-tv.com}}</ref><ref>{{Cite web|url=https://www.adobe.com/devnet/flash/learning_guide/video/part06.html|archive-url=https://web.archive.org/web/20170519010905/http://www.adobe.com:80/devnet/flash/learning_guide/video/part06.html|archive-date=2017-05-19|url-status=dead|title=NTSC and PAL video standards|website=adobe.com}}</ref> [[PAL-M]]
|                          ~440&nbsp;×&nbsp;486 ||  4:3 || {{nts|213840|prefix=~}}
|-
|rowspan="2"| [[LaserDisc]]
|                          ~580&nbsp;×&nbsp;486 (NTSC)
|rowspan="2"|                                       4:3<ref group=note>16:9 anamorphic available with [[Laserdisc#Anamorphic LaserDiscs|some hardware]].</ref>
|                                                   {{nts|268800|prefix=~}}
|-
| ~570&nbsp;×&nbsp;576 (PAL/SECAM)               || {{nts|322560|prefix=~}}
|-
|rowspan="2"| [[VHS]], [[Betamax]], [[8 mm video format|Video8]]
| ~320&nbsp;×&nbsp;486 (NTSC) ||rowspan="2"| 4:3 || {{nts|153600|prefix=~}}
|-
| ~310&nbsp;×&nbsp;576 (PAL/SECAM)               || {{nts|178560|prefix=~}}
|-
|rowspan="2"| [[Betamax]] Superbeta
| ~380&nbsp;×&nbsp;486 (NTSC) ||rowspan="2"| 4:3 || {{nts|182400|prefix=~}}
|-
| ~370&nbsp;×&nbsp;576 (PAL/SECAM)               || {{nts|213120|prefix=~}}
|-
|rowspan="2"| [[Betacam]]
| ~387&nbsp;×&nbsp;486 (NTSC) ||rowspan="2"| 4:3 || {{nts|185760|prefix=~}}
|-
| ~387&nbsp;×&nbsp;576 (PAL) || {{nts|222912|prefix=~}}
|-
|rowspan="2"| [[Betacam#Betacam SP|Betacam SP]]
| ~453&nbsp;×&nbsp;486 (NTSC) ||rowspan="2"| 4:3 || {{nts|220158|prefix=~}}
|-
| ~453&nbsp;×&nbsp;576 (PAL) || {{nts|260928|prefix=~}}
|-
|rowspan="2"| [[S-VHS]], [[8 mm video format|Hi8]]
| ~560&nbsp;×&nbsp;486 (NTSC) ||rowspan="2"| 4:3 || {{nts|272160|prefix=~}}
|-
| ~560&nbsp;×&nbsp;576 (PAL) || {{nts|322560|prefix=~}}
|-
| [[Hi-Vision]]<ref>{{Cite book | url=https://books.google.com/books?id=DAC3kgaNZfQC&q=1920x1035+hi-vision&pg=PA217 |title = The Massively Parallel Processing System JUMP-1|isbn = 9784274900839|year = 1996 | last1=Tanaka | first1=Hidehiko | last2=Muraoka | first2=Yōichi | publisher=Ohmsha }}</ref> || ~1920&nbsp;×&nbsp;1035 || 16:9 <!-- 5:3 = 15:9 --> || {{nts|1987200|prefix=~}}
|-
| [[HD-MAC]]
| ~1040&nbsp;×&nbsp;1152 || 5:3<!--?--> || {{nts|1198080|prefix=~}}
|-
| [[CCIR System A]] ([[405-line television system|405-line]])
| ~503&nbsp;×&nbsp;377 || 4:3 (5:4 before 1950)|| {{nts|189631|prefix=~}}
|-
| [[Analog high-definition television system#819-line|819-line]]
| ~816&nbsp;×&nbsp;736  || 4:3 || {{nts|600576|prefix=~}}
|}
=== Digital standards ===
{| class="wikitable sortable"
|+ Digital television broadcast and video media distribution standards
! Standard
! data-sort-type="number" | Resolution <br/>(dots × lines)
! Name
! title="interlaced and progressive notation by vertical resolution" | Scan
! title="Frame rate with NTSC reduction of 1/1.001 ignored" | Frame rate <br/>(Hz)
! Display aspect <br/>ratio, {{abbr|H|Horizontal}}:{{abbr|V|Vertical}}
! Total <br/>pixels
|-
|rowspan=2| [[Video CD|VCD]] ([[MPEG-1]]), [[LDTV]] (e.g. [[Digital multimedia broadcasting|DMB]])
| 352 × 240 || SIF 525 || 240p || 30 ||rowspan=2| 4:3 || 84,480
|-
| 352 × 288 || [[Source Input Format|SIF 625]] || 288p || 25                  || 101,376
|-
|rowspan=2| [[China Video Disc|CVD]]
| 352 × 480 || || 480i || 30 ||rowspan=2| 4:3, 16:9 || 168,960
|-
| 352 × 576 || || 576i || 25                        || 202,725
|-
|rowspan=2| [[SVCD]] ([[MPEG-2]])
| 480 × 480 || || 480i || 30 ||rowspan=2| 4:3, 16:9 || 230,400
|-
| 480 × 576 || || 576i || 25                        || 276,480
|-
|rowspan=2| [[DVD-Video#Video data|DVD]] <!-- [[Enhanced Versatile Disc|EVD]], [[China Blue High-definition Disc|CBHD]] -->
| 720 × 480 || NTSC || 480i, 480p || 24, 30 || 4:3, 16:9 || 345,600
|-
| 720 × 576 || PAL || 576i, 576p || 25 || 4:3, 16:9 || 414,720
|-
|rowspan=11| [[SDTV]], [[EDTV]] (SMPTE 293M, [[Rec. 601]], e.g. [[ATSC]], [[Digital Video Broadcasting|DVB]],<ref name="DVB">[https://www.etsi.org/deliver/etsi_ts/101100_101199/101154/02.06.01_60/ts_101154v020601p.pdf ETSI TS 101 154]</ref> [[ISDB]])
| 352 × 480 ||rowspan=5| ||rowspan=7| [[480i]], [[480p]] ||rowspan=7| 30 ||rowspan=7| 4:3, 16:9
|              168,960
|-
| 480 × 480 || 230,400
|-
| 528 × 480 || 253,440
|-
| 544 × 480 || 261,120
|-
| 640 × 480 <!--VGA--> || 307,200
|-
| 704 × 480 || 4SIF 525 || 337,920
|-
| 720 × 480 || NTSC || 345,600
|-
| 480 × 576 ||rowspan=2| ||rowspan=4| [[576i]], [[576p]] ||rowspan=4| 25 || rowspan=4| 4:3, 16:9
|              276,480
|-
| 544 × 576 || 313,344
|-
| 704 × 576 || 4SIF 625 || 405,504
|-
| 720 × 576 || PAL || 414,720
|-
|rowspan=4| [[High-definition television|HDTV]] ([[Rec. 709]]; [[Blu-ray]], [[HD DVD]]) <!--[[Forward Versatile Disc|FVD]], [[High-Definition Versatile Disc|HVD]] -->
| 1280 × 720 || HD || [[720p]] || 24, 25, 30, 50, 60 || 16:9 ||   921,600
|-
| 1280 × 1080 || Full HD, [[HD Lite]] || [[1080i]] || 25, 30 || 16:9 || 1,382,400
|-
| 1440 × 1080 || Full HD, HD Lite || [[1080i]] || 25, 30 || 16:9 || 1,555,200
|-
| 1920 × 1080 || Full HD || [[1080i]], [[1080p]] || 24, 25, 30 || 16:9, 2.21:1 || 2,073,600
|-
|rowspan=2| [[UHDTV]] ([[Rec. 2020]], [[Ultra HD Blu-ray]])
| 3840 × 2160 || 4K UHDTV || 2160p ||rowspan=2| 24, 25, 30, 50, 60, 100, 120 ||rowspan=2| 16:9 || 8,294,400
|-
| 7680 × 4320 || 8K UHDTV || 4320p ||  33,177,600
|}
<!--
|-
| 948 × 576 || 546,048 ||79:48|| Non-standard 625/60 video<ref name="4f" /><ref name="non-square" /> ||
|-
| 704 × 240 || 168,960 ||44:15|| Double CIF (2CIF) ([[NTSC]])|| [[H.261|CCITT/ITU H.261]]
|-
| 704 × 288 || 202,752 ||22:9 || Double CIF (2CIF) ([[PAL]])|| H.261
|-
| 768 × 483 || 370,944 || 256:161 || Non-standard 525/60 video<ref name="4f">This resolution utilises 4f<sub>sc</sub> sampling.</ref><ref name="non-square" /> || SMPTE 244M
|-
| 768 × 576 || 442,368 || 4:3 || "Square-pixel" 625/50 video ||
|-
| 128 × 96  ||  12,288 || 4:3 || Sub Quarter-CIF (SQCIF) || H.261
|-
| 176 × 120 ||  21,120 ||22:15|| Quarter-CIF (QCIF) ([[NTSC]])|| H.261
|-
| 176 × 144 ||  25,344 ||11:9 || Quarter-CIF (QCIF) ([[PAL]])|| H.261
-->
Many of these resolutions are also used for video files that are not broadcast. These may also use other aspect ratios by cropping otherwise black bars at the top and bottom which result from cinema aspect ratios greater than {{ratio|16|9}}, such as 1.85 or 2.35 through 2.40 (dubbed "Cinemascope", "{{ratio|21|9}}" etc.), while the standard horizontal resolution, e.g. 1920 pixels, is usually kept. The vertical resolution is usually a multiple of 8 or 16 pixels due to most video codecs processing pixels on such sized blocks. A widescreen FHD video can be {{resx|1920|800}} for a {{ratio|12|5}} ratio or {{resx|1920|1040}} for roughly {{resx|1.85|1}}, for instance.
==Films==
{| class="wikitable sortable"
|+ Digital film standards
! Standard
! data-sort-type="number" | Resolution
! Display <br/>aspect <br/>ratio
! Total <br/>pixels
|-
| [[Digital cinema]] 2× || 2048&nbsp;×&nbsp;858 || 2.39:1 || 1,757,184
|-
| [[Digital cinema]] 2× || 1998&nbsp;×&nbsp;1080 || 1.85:1 || 2,157,840
|-
| Academy 2× || 1828&nbsp;×&nbsp;1332 || 1.37:1 || 2,434,896
|-
| Full Aperture Native 2× || 2048&nbsp;×&nbsp;1556 || 1.32:1 || 3,186,688
|-
| [[Digital cinema]] 4× || 4096&nbsp;×&nbsp;1714 || 2.39:1 || 7,020,544
|-
| [[Digital cinema]] 4× || 3996&nbsp;×&nbsp;2160 || 1.85:1 || 8,631,360
|-
| [[Digital Cinema Initiatives]] 4× ([[native resolution]]) || 4096&nbsp;×&nbsp;2160 || 1.90:1 || 8,847,360
|-
| [[Academy ratio|Academy]] 4× || 3656&nbsp;×&nbsp;2664 || 1.37:1 || 9,739,584
|-
| Full Aperture 4× || 4096&nbsp;×&nbsp;3112 || 1.32:1 || 12,746,752
|-
| 6K<ref>{{Cite web|url=https://www.red.com/dsmc2|title=RED Digital Cinema {{pipe}} DSMC2|website=red.com}}</ref> || 6144&nbsp;×&nbsp;3160 || 1.94:1 || 19,415,040
|-
| 8K || 7992&nbsp;×&nbsp;4320 || 1.85:1 || 34,525,440
|-
| 7.2K || 7200&nbsp;×&nbsp;3060 || 2.35:1 || 22,032,000
|-
| [[IMAX]] Digital<ref>{{cite book|url=https://books.google.com/books?id=IpSRykrRamgC&pg=PA342 |title=Digital compositing for film and video, Volume 10 |author=Steve Wright |page=342 |publisher=Taylor & Francis |year=2012 |access-date=18 December 2013 |isbn=9780240807607}}</ref> || 5616&nbsp;×&nbsp;4096 || 1.37:1 || 23,003,136
|}
The below distinguish SAR (aspect ratio of pixel dimensions), DAR (aspect ratio of displayed image dimensions), and the corresponding PAR (aspect ratio of individual pixels), though it currently contains some errors (inconsistencies), as flagged.
{| class="wikitable sortable"
|+ Post-production digital working resolutions
! rowspan=2 | Standard
! rowspan=2 data-sort-type="number" | Resolution
! colspan=3 | Aspect ratio
! rowspan=2 | Total <br/>pixels
|-
! Storage
! Display
! Pixel
|-
| [[DV (video format)|DV]] [[NTSC]] || 720&nbsp;×&nbsp;480 || 3:2 || 4:3 || 10:11<br />{{Citation needed|date=May 2010}} || 345,600
|-
| [[D-1 (Sony)|D1]] [[NTSC]] || 720&nbsp;×&nbsp;486 || 40:27 || 4:3 || 9:10 || 349,920
|-
| [[DV (video format)|DV]] [[PAL]] || 720&nbsp;×&nbsp;576 || 5:4 || 4:3 || 12:11<br />{{Citation needed|date=May 2010}} || 414,720
|-
| [[D-1 (Sony)|D1]] [[PAL]] || 720&nbsp;×&nbsp;576 || 5:4 || 4:3 || 16:15 || 414,720
|-
| Panasonic [[DVCPRO]] HD 720p || 960&nbsp;×&nbsp;720 || 4:3 || 16:9 || 4:3 || 691,200
|-
| Panasonic [[DVCPRO]] HD 1080, 59.94i || 1280&nbsp;×&nbsp;1080 || 32:27 || 16:9 || 3:2 || 1,382,400
|-
| Panasonic [[DVCPRO]] HD 1080, 50i || 1440&nbsp;×&nbsp;1080<br />{{Citation needed|date=May 2010}} || 4:3<br />{{Citation needed|date=May 2010}} || 16:9<br />{{Citation needed|date=May 2010}} || 3:2<br />{{Citation needed|date=May 2010}} <!-- resolution, DAR or PAR is wrong; 1440/1080 = SAR = 4:3, so if PAR = 3:2, then DAR = 4:3 * 3:2 = 2:1. --> || 1,555,200
|-
| [[HDV]] [[1080i]]/[[1080p]] || 1440&nbsp;×&nbsp;1080 || 4:3 || 16:9 || 4:3 || 1,555,200
|-
| Sony [[HDCAM]] (1080)|| 1440&nbsp;×&nbsp;1080<br />{{Citation needed|date=May 2010}} || 4:3<br />{{Citation needed|date=May 2010}} || 16:9<br />{{Citation needed|date=May 2010}} || 3:2<br />{{Citation needed|date=May 2010}}<!-- resolution, DAR or PAR is wrong; 1440/1080 = SAR = 4:3, so if PAR = 3:2, then DAR = 4:3 * 3:2 = 2:1. --> || 1,555,200
|-
| Sony [[HDCAM]] SR (1080)|| 1920&nbsp;×&nbsp;1080 || 16:9 || 16:9 || 1:1 || 2,073,600
|-
| Academy 2× || 1828&nbsp;×&nbsp;1332 || 1.37:1 || 1.37:1 || 1:1 || 2,434,896
|-
| Full Aperture Native 2× || 2048&nbsp;×&nbsp;1556 || 1.316 || 4:3 || ~1:1 || 3,186,688
|-
| [[Academy ratio|Academy]] 4× || 3656&nbsp;×&nbsp;2664 || 1.37:1 || 1.37:1 || 1:1 || 9,739,584
|-
| Full Aperture 4× || 4096&nbsp;×&nbsp;3112 || 1.316 || 4:3 || ~1:1 || 12,746,752
|}
==Video conferencing==
{{main | Common Intermediate Format}}
{| class="wikitable sortable"
|+ Video conferencing standards
! Standard
! data-sort-type="number" | Resolution
! Storage <br/>aspect ratio
! Total <br/>pixels
|-
| SQCIF (Sub Quarter [[Common Intermediate Format|CIF]])
| 128&nbsp;×&nbsp;96    || 1.33:1 || 12,288
|-
| QCIF (Quarter CIF)
| 176&nbsp;×&nbsp;144   || 1.22:1 || 25,344
|-
| [[Common Intermediate Format|CIF]] (or FCIF)
| 352&nbsp;×&nbsp;288   || 1.22:1 || 101,376
|-
| 4CIF (4 × CIF)
| 704&nbsp;×&nbsp;576   || 1.22:1 || 405,504
|-
| 16CIF (16 × CIF)
| 1408&nbsp;×&nbsp;1152 || 1.22:1 || 1,622,016
|}
==CCTV==
'''960H''' is a [[Display resolution|resolution]] used in analog [[CCTV]] equipment. 960H represents the number of horizontal [[Pixel|pixels]] in a video signal transmitted from a camera or received by a DVR (Digital Video Recorder). The resolution of 960H depends on whether the equipment is PAL or NTSC based: 960H represents 960 x 576 (PAL) or 960 x 480 (NTSC) pixels.<ref>{{Cite web|title = Recording Resolution|url = https://www.cctv42.co.uk/help-advice/buying-guides/dvr-buying-guide/recording-resolution/|website = www.cctv42.co.uk|access-date = 2015-11-14}}</ref> 960H represents an increase in pixels of some 30% over standard D1 resolution, which is 720 x 576 pixels (PAL), or 720 x 480 pixels (NTSC). The increased resolution over D1 comes as a result of a longer horizontal scan. The difference is that whilst D1 has a 4:3 aspect ratio 960H has a 16:9 widescreen aspect ratio. The extra pixels are used to form the increased area to the sides of the D1 image. The pixel density of 960H is identical to standard D1 resolution so it does not give any improvement in image quality, merely a wider aspect ratio.
Alternative analog video transport technologies carrying higher resolutions than 960H include HD-TVI, HDCVI, and AHD.
==Notes==
{{Reflist|group=note}}
==References==
{{Reflist|30em}}
==Further reading==
* {{Cite book| first = Robert L. | last = Myers |date=4 October 2002| title = Display Interfaces: Fundamentals and Standards | url = https://archive.org/details/displayinterface00myer_588 | url-access = limited | chapter = Format and Timing Standards | publisher = John Wiley and Sons | location = Chichester | isbn = 0-471-49946-3 | page = [https://archive.org/details/displayinterface00myer_588/page/n143 132] }}
* {{Cite book| first = Winn L. | last = Rosch |date=21 February 2003| title = Winn L. Rosch Hardware Bible | url = https://archive.org/details/winnlroschhardwa00rosc_303 | url-access = limited | chapter = Display Systems  | edition = 6th | publisher = Que Publishing | isbn = 0-7897-2859-1 | page = [https://archive.org/details/winnlroschhardwa00rosc_303/page/n849 827] }}
==External links==
* [http://yusef.es/labs/resolutions.htm Interactive Visualization : Screen Resolutions]
* [https://navn.in/aspect-ratios-and-its-resolutions Resolutions for Common Aspect Ratios] {{Webarchive|url=https://web.archive.org/web/20210520074234/https://navn.in/aspect-ratios-and-its-resolutions/ |date=20 May 2021 }}
{{TV resolution}}
{{Telecommunications}}
{{DEFAULTSORT:Common Resolutions}}
[[Category:Display technology|Resolutions]]
[[Category:Lists of standards|Display resolutions]]