[{"data":1,"prerenderedAt":806},["ShallowReactive",2],{"blog-en-led-pixel-pitch-explained-2026":3,"blog-related-en-led-pixel-pitch-explained-2026":790},{"id":4,"title":5,"author":6,"body":7,"category":759,"date":760,"dateModified":761,"datePublished":760,"description":762,"extension":763,"faq":764,"hreflangPair":780,"image":781,"lang":782,"meta":783,"navigation":784,"path":785,"seo":786,"slug":787,"stem":788,"video":780,"__hash__":789},"blog\u002Fblog\u002Fen-led-pixel-pitch-explained-2026.md","LED Pixel Pitch Explained: How to Choose the Right Pitch 2026","Pixelight",{"type":8,"value":9,"toc":735},"minimark",[10,14,18,21,24,29,32,35,41,64,67,69,73,76,158,161,163,167,170,175,180,183,312,318,320,324,327,330,413,416,418,422,426,540,544,622,624,628,631,635,638,642,645,649,652,656,659,661,665,671,677,683,689,691,695,698,712,714,718],[11,12,5],"h1",{"id":13},"led-pixel-pitch-explained-how-to-choose-the-right-pitch-2026",[15,16,17],"p",{},"Pixel pitch is the single most important technical specification when selecting an LED display — and also one of the most frequently misunderstood. Choosing the wrong pitch for your application either wastes money (too fine a pitch for the viewing distance) or produces a visibly poor image (too coarse a pitch for close-up viewing).",[15,19,20],{},"This guide explains the concept clearly, provides practical calculation tools, and maps pixel pitch to the most common applications.",[22,23],"hr",{},[25,26,28],"h2",{"id":27},"what-is-pixel-pitch","What Is Pixel Pitch?",[15,30,31],{},"Pixel pitch (also called dot pitch or grid pitch) is the distance — measured in millimetres — between the centre points of two adjacent pixels on an LED display.",[15,33,34],{},"A pixel in LED consists of three sub-pixels: one red, one green, one blue LED. The pixel pitch measurement is taken from the centre of one RGB cluster to the centre of the next, in both horizontal and vertical directions (most displays have equal horizontal and vertical pitch).",[15,36,37],{},[38,39,40],"strong",{},"Example:",[42,43,44,52,58],"ul",{},[45,46,47,48,51],"li",{},"A display labelled ",[38,49,50],{},"p2.5"," has pixels 2.5 mm apart",[45,53,47,54,57],{},[38,55,56],{},"p4.0"," has pixels 4.0 mm apart",[45,59,47,60,63],{},[38,61,62],{},"p1.2"," has pixels 1.2 mm apart",[15,65,66],{},"The smaller the pitch, the more pixels per square metre, the higher the resolution, and the sharper the image at close range.",[22,68],{},[25,70,72],{"id":71},"pixel-density-pixels-per-square-metre","Pixel Density: Pixels Per Square Metre",[15,74,75],{},"Pixel pitch directly determines the pixel density of the display:",[77,78,79,92],"table",{},[80,81,82],"thead",{},[83,84,85,89],"tr",{},[86,87,88],"th",{},"Pixel Pitch",[86,90,91],{},"Pixels per m²",[93,94,95,104,112,120,127,135,142,150],"tbody",{},[83,96,97,101],{},[98,99,100],"td",{},"p1.0",[98,102,103],{},"1,000,000",[83,105,106,109],{},[98,107,108],{},"p1.5",[98,110,111],{},"444,444",[83,113,114,117],{},[98,115,116],{},"p2.0",[98,118,119],{},"250,000",[83,121,122,124],{},[98,123,50],{},[98,125,126],{},"160,000",[83,128,129,132],{},[98,130,131],{},"p3.0",[98,133,134],{},"111,111",[83,136,137,139],{},[98,138,56],{},[98,140,141],{},"62,500",[83,143,144,147],{},[98,145,146],{},"p6.0",[98,148,149],{},"27,778",[83,151,152,155],{},[98,153,154],{},"p10.0",[98,156,157],{},"10,000",[15,159,160],{},"A p1.5 display has almost 4× the pixel count of a p3.0 display of the same physical size. This is why finer pitch displays cost significantly more per square metre.",[22,162],{},[25,164,166],{"id":165},"the-viewing-distance-relationship","The Viewing Distance Relationship",[15,168,169],{},"The human eye has a maximum angular resolution of approximately 1 arcminute. In practice, this means individual pixels on an LED display become invisible to the naked eye beyond a certain distance. This distance increases with larger pixel pitch.",[171,172,174],"h3",{"id":173},"the-simple-rule","The Simple Rule",[15,176,177],{},[38,178,179],{},"Maximum pitch (mm) = Viewing distance (m) ÷ 3",[15,181,182],{},"This gives the coarsest pitch that will still appear smooth at the given minimum viewing distance.",[77,184,185,198],{},[80,186,187],{},[83,188,189,192,195],{},[86,190,191],{},"Minimum Viewing Distance",[86,193,194],{},"Maximum Pitch (÷3 rule)",[86,196,197],{},"Premium Pitch (÷5 rule)",[93,199,200,211,222,232,243,253,262,273,283,293,303],{},[83,201,202,205,208],{},[98,203,204],{},"1 metre",[98,206,207],{},"p0.3",[98,209,210],{},"—",[83,212,213,216,219],{},[98,214,215],{},"2 metres",[98,217,218],{},"p0.7",[98,220,221],{},"p0.4",[83,223,224,227,229],{},[98,225,226],{},"3 metres",[98,228,100],{},[98,230,231],{},"p0.6",[83,233,234,237,240],{},[98,235,236],{},"4 metres",[98,238,239],{},"p1.3",[98,241,242],{},"p0.8",[83,244,245,248,251],{},[98,246,247],{},"5 metres",[98,249,250],{},"p1.7",[98,252,100],{},[83,254,255,258,260],{},[98,256,257],{},"6 metres",[98,259,116],{},[98,261,62],{},[83,263,264,267,270],{},[98,265,266],{},"8 metres",[98,268,269],{},"p2.7",[98,271,272],{},"p1.6",[83,274,275,278,281],{},[98,276,277],{},"10 metres",[98,279,280],{},"p3.3",[98,282,116],{},[83,284,285,288,291],{},[98,286,287],{},"15 metres",[98,289,290],{},"p5.0",[98,292,131],{},[83,294,295,298,301],{},[98,296,297],{},"20 metres",[98,299,300],{},"p6.7",[98,302,56],{},[83,304,305,308,310],{},[98,306,307],{},"30 metres",[98,309,154],{},[98,311,146],{},[15,313,314,317],{},[38,315,316],{},"Note:"," The ÷3 rule is the practical minimum. For premium environments (luxury retail, broadcast, executive boardrooms), use the ÷5 rule to ensure the image looks exceptional rather than merely acceptable.",[22,319],{},[25,321,323],{"id":322},"how-pixel-pitch-affects-resolution","How Pixel Pitch Affects Resolution",[15,325,326],{},"A common question: how many pixels does a given LED wall have?",[15,328,329],{},"For a 4 × 2.5 m display at different pixel pitches:",[77,331,332,347],{},[80,333,334],{},[83,335,336,338,341,344],{},[86,337,88],{},[86,339,340],{},"Horizontal Pixels",[86,342,343],{},"Vertical Pixels",[86,345,346],{},"Total Pixels",[93,348,349,362,375,388,401],{},[83,350,351,353,356,359],{},[98,352,108],{},[98,354,355],{},"2,667",[98,357,358],{},"1,667",[98,360,361],{},"~4.4 MP",[83,363,364,366,369,372],{},[98,365,116],{},[98,367,368],{},"2,000",[98,370,371],{},"1,250",[98,373,374],{},"2.5 MP",[83,376,377,379,382,385],{},[98,378,50],{},[98,380,381],{},"1,600",[98,383,384],{},"1,000",[98,386,387],{},"1.6 MP",[83,389,390,392,395,398],{},[98,391,131],{},[98,393,394],{},"1,333",[98,396,397],{},"833",[98,399,400],{},"1.1 MP",[83,402,403,405,407,410],{},[98,404,56],{},[98,406,384],{},[98,408,409],{},"625",[98,411,412],{},"0.6 MP",[15,414,415],{},"For most presentation and video content, 1.6–2.5 MP is more than sufficient. Ultra-fine pitch is justified for applications where fine text, spreadsheets or detailed data visualisation is displayed at close range.",[22,417],{},[25,419,421],{"id":420},"pixel-pitch-guide-by-application","Pixel Pitch Guide by Application",[171,423,425],{"id":424},"indoor-applications","Indoor Applications",[77,427,428,441],{},[80,429,430],{},[83,431,432,435,438],{},[86,433,434],{},"Application",[86,436,437],{},"Typical Viewing Distance",[86,439,440],{},"Recommended Pitch",[93,442,443,454,465,476,487,498,509,519,530],{},[83,444,445,448,451],{},[98,446,447],{},"Control room \u002F broadcast studio",[98,449,450],{},"1–3 m",[98,452,453],{},"p1.0 – p1.5",[83,455,456,459,462],{},[98,457,458],{},"Executive boardroom",[98,460,461],{},"4–8 m",[98,463,464],{},"p1.5 – p2.5",[83,466,467,470,473],{},[98,468,469],{},"Meeting room",[98,471,472],{},"3–6 m",[98,474,475],{},"p2.0 – p2.5",[83,477,478,481,484],{},[98,479,480],{},"Auditorium",[98,482,483],{},"5–20 m",[98,485,486],{},"p2.5 – p4.0",[83,488,489,492,495],{},[98,490,491],{},"Retail brand wall",[98,493,494],{},"2–5 m",[98,496,497],{},"p2.0 – p3.0",[83,499,500,503,506],{},[98,501,502],{},"Luxury retail \u002F flagship",[98,504,505],{},"1.5–3 m",[98,507,508],{},"p1.2 – p1.8",[83,510,511,514,517],{},[98,512,513],{},"Museum \u002F exhibition",[98,515,516],{},"1–4 m",[98,518,464],{},[83,520,521,524,527],{},[98,522,523],{},"Hotel lobby",[98,525,526],{},"3–8 m",[98,528,529],{},"p2.5 – p3.0",[83,531,532,535,537],{},[98,533,534],{},"Airport concourse",[98,536,483],{},[98,538,539],{},"p3.0 – p5.0",[171,541,543],{"id":542},"outdoor-applications","Outdoor Applications",[77,545,546,556],{},[80,547,548],{},[83,549,550,552,554],{},[86,551,434],{},[86,553,437],{},[86,555,440],{},[93,557,558,568,579,590,601,612],{},[83,559,560,563,565],{},[98,561,562],{},"Outdoor perimeter (street)",[98,564,483],{},[98,566,567],{},"p4.0 – p6.0",[83,569,570,573,576],{},[98,571,572],{},"Stadium scoreboard",[98,574,575],{},"30–150 m",[98,577,578],{},"p6.0 – p10.0",[83,580,581,584,587],{},[98,582,583],{},"Highway billboard",[98,585,586],{},"50–200 m",[98,588,589],{},"p10.0 – p20.0",[83,591,592,595,598],{},[98,593,594],{},"Shop window",[98,596,597],{},"2–6 m",[98,599,600],{},"p3.0 – p4.0",[83,602,603,606,609],{},[98,604,605],{},"Building façade",[98,607,608],{},"10–50 m",[98,610,611],{},"p6.0 – p12.0",[83,613,614,617,620],{},[98,615,616],{},"Sports perimeter board",[98,618,619],{},"20–80 m",[98,621,578],{},[22,623],{},[25,625,627],{"id":626},"beyond-viewing-distance-other-factors-affecting-pitch-choice","Beyond Viewing Distance: Other Factors Affecting Pitch Choice",[15,629,630],{},"Viewing distance is the primary driver, but four other factors influence pitch selection:",[171,632,634],{"id":633},"budget","Budget",[15,636,637],{},"Pixel pitch has a near-linear relationship with cost per square metre. Moving from p2.5 to p1.5 roughly doubles the cost of the display panels. This cost difference must be justified by the application's visual requirements.",[171,639,641],{"id":640},"content-type","Content Type",[15,643,644],{},"For predominantly video content (concerts, events, brand films), a coarser pitch at long viewing distance is acceptable. For fine text, data tables and spreadsheets, err towards finer pitch to ensure sharp text rendering.",[171,646,648],{"id":647},"ambient-light","Ambient Light",[15,650,651],{},"In very bright environments, a higher-brightness display may need to be specified. At equivalent size, coarser pitch panels can often achieve higher peak brightness because they use physically larger LED packages that can be driven harder.",[171,653,655],{"id":654},"future-proofing","Future-Proofing",[15,657,658],{},"For a permanent installation, consider the viewing habits of the next 10 years. As screen resolution expectations increase (driven by consumer 4K\u002F8K television), erring towards finer pitch future-proofs the installation.",[22,660],{},[25,662,664],{"id":663},"common-mistakes-to-avoid","Common Mistakes to Avoid",[15,666,667,670],{},[38,668,669],{},"Over-specifying for viewing distance."," A p1.2 display in a lobby where no one stands closer than 4 metres costs twice as much as a p2.0 display with no visible quality difference.",[15,672,673,676],{},[38,674,675],{},"Under-specifying for content."," A p4.0 meeting room display that needs to show Excel spreadsheets will be illegible. Pitch must account for the finest detail in the content, not just the average viewing distance.",[15,678,679,682],{},[38,680,681],{},"Ignoring aspect ratio."," LED walls are assembled from standard modules. The final screen dimensions must be divisible by the module size (typically 250 × 250 mm or 500 × 500 mm). Plan the screen size around whole modules to avoid cut panels.",[15,684,685,688],{},[38,686,687],{},"Forgetting the processor."," A fine pitch LED wall has a very high total pixel count. The display processor must support the native resolution. Under-specified processors create content scaling artefacts.",[22,690],{},[25,692,694],{"id":693},"pixelight-pixel-pitch-advisory","Pixelight Pixel Pitch Advisory",[15,696,697],{},"Pixelight has specified LED displays across the full range from p0.9 to p20 for applications in every sector. Our pre-project site surveys measure viewing distances, assess ambient light and content requirements, and produce a specification that matches resolution to need — rather than defaulting to the finest available pitch.",[15,699,700,701,706,707,711],{},"For a pixel pitch recommendation specific to your project, ",[702,703,705],"a",{"href":704},"\u002Fcontact","contact our technical team"," or explore our ",[702,708,710],{"href":709},"\u002Frealisations","LED display portfolio",".",[22,713],{},[25,715,717],{"id":716},"key-takeaways","Key Takeaways",[42,719,720,723,726,729,732],{},[45,721,722],{},"Pixel pitch is the distance in mm between adjacent pixels — smaller pitch = higher resolution at close range",[45,724,725],{},"Use the ÷3 rule (viewing distance in m ÷ 3 = maximum pitch in mm) as a practical starting point",[45,727,728],{},"Fine-pitch below p2.0 is justified for control rooms, luxury retail and executive boardrooms at close viewing distances",[45,730,731],{},"Coarser pitch (p4.0–p10.0) is appropriate for outdoor, stadium and long-distance applications",[45,733,734],{},"Match pitch to content type as well as viewing distance — fine text requires finer pitch than video-only content",{"title":736,"searchDepth":737,"depth":737,"links":738},"",2,[739,740,741,745,746,750,756,757,758],{"id":27,"depth":737,"text":28},{"id":71,"depth":737,"text":72},{"id":165,"depth":737,"text":166,"children":742},[743],{"id":173,"depth":744,"text":174},3,{"id":322,"depth":737,"text":323},{"id":420,"depth":737,"text":421,"children":747},[748,749],{"id":424,"depth":744,"text":425},{"id":542,"depth":744,"text":543},{"id":626,"depth":737,"text":627,"children":751},[752,753,754,755],{"id":633,"depth":744,"text":634},{"id":640,"depth":744,"text":641},{"id":647,"depth":744,"text":648},{"id":654,"depth":744,"text":655},{"id":663,"depth":737,"text":664},{"id":693,"depth":737,"text":694},{"id":716,"depth":737,"text":717},"technologie","2026-05-14","2026-05-16","Understand LED pixel pitch: what it means, how to calculate it from viewing distance, and how to match pitch to your application. Complete guide for 2026.","md",[765,768,771,774,777],{"q":766,"a":767},"What does pixel pitch mean on an LED display?","Pixel pitch is the distance in millimetres between the centres of two adjacent pixels on an LED display. A smaller number means pixels are closer together, giving higher resolution and a sharper image at close range. A larger number means pixels are further apart, giving lower resolution but lower cost and higher maximum brightness.",{"q":769,"a":770},"How do I calculate the right pixel pitch for my viewing distance?","A simple rule: divide the minimum viewing distance in metres by 3 to get the maximum recommended pixel pitch in mm. For example, a 6-metre minimum viewing distance suggests a maximum of p2.0. For premium image quality, divide by 4–5 instead.",{"q":772,"a":773},"What is the difference between p2.5 and p3.9 LED displays?","A p2.5 display has pixels spaced 2.5 mm apart; p3.9 has pixels 3.9 mm apart. The p2.5 display has approximately 2.4× the pixel density, delivering a sharper image at closer viewing distances. The p3.9 display is typically less expensive and suitable for viewing distances above 8 metres.",{"q":775,"a":776},"What pixel pitch do I need for a boardroom?","For a standard boardroom with a viewing distance of 5–8 metres, p2.0–p2.5 is appropriate. For rooms under 4 metres depth, p1.5–p1.8 is recommended for sharp text and data visualisation. For large conference rooms or auditoriums above 10 metres depth, p3.0 is sufficient.",{"q":778,"a":779},"Does a smaller pixel pitch always mean better image quality?","Not always — it means higher resolution at a given screen size. If the viewing distance is large enough that the naked eye cannot resolve individual pixels, choosing a finer pitch adds cost without adding visible quality. Match pitch to your specific minimum viewing distance rather than choosing the smallest available.",null,"\u002Fimages\u002Fblog\u002Fpixel-pitch-led-guide-complet-choisir-2026.jpg","en",{},true,"\u002Fblog\u002Fen-led-pixel-pitch-explained-2026",{"title":5,"description":762},"en-led-pixel-pitch-explained-2026","blog\u002Fen-led-pixel-pitch-explained-2026","K-v6qCr38qrtn2r-w2HhizYXVcupcPxROqjNPeUAkJ8",[791,796,801],{"title":792,"description":793,"date":761,"category":759,"slug":794,"path":795},"3D Naked-Eye LED Displays, Hologram Fans and Anamorphic Content: 2026 Guide","Everything about 3D naked-eye LED screens, hologram fans and anamorphic billboard illusions in 2026. Technology, content production, corner screen design and campaign examples.","en-led-screen-3d-naked-eye-hologram-fan-2026","\u002Fblog\u002Fen-led-screen-3d-naked-eye-hologram-fan-2026",{"title":797,"description":798,"date":761,"category":759,"slug":799,"path":800},"LED Screen IP Ratings & Weather Protection: Complete Technical Guide 2026","Everything you need to know about IP ratings for LED screens in 2026. What IP54, IP65 and IP67 mean, how to choose the right protection for your environment, and maintenance implications.","en-led-screen-ip-rating-weather-protection-guide-2026","\u002Fblog\u002Fen-led-screen-ip-rating-weather-protection-guide-2026",{"title":802,"description":803,"date":760,"category":759,"slug":804,"path":805},"Accroche et fixation structure mur LED : guide technique 2026","Comment fixer et accrocher un mur LED en 2026 : structures autoportantes, fixation murale, suspension, calculs de charge. Guide technique complet Pixelight.","accroche-fixation-structure-mur-led-guide-2026","\u002Fblog\u002F2026-05-14-accroche-fixation-structure-mur-led-guide-2026",1779228682368]