Score reels are mechanical rotating drums, each one displaying a single digit \u2014 zero through nine \u2014 painted on its face and driven by a solenoid one click at a time. To show a score of 47,300, five separate reels would spin to their correct positions, each advancing with a satisfying mechanical clunk. When a player rolled the score past 99,990 points, the reels would quietly cycle back to zero and start again.
\nGottlieb introduced the first practical score reel displays in the late 1940s, and they became the universal standard for the Electromechanical era. Bally, Williams, and Gottlieb each developed their own reel assemblies, usually six digits arranged across the backglass and visible through the painted artwork. The arrangement of those reels \u2014 and the artwork designed around them \u2014 became part of each machine\u2019s visual identity.
\nThe reel\u2019s sound is inseparable from the character of EM pinball: the rapid-fire clicking of bumper hits accumulating, the slow deliberate turn of a bonus reel advancing one hundred points at a time, the satisfying final clunk when a thousand-point shot lands. When Solid State electronics arrived in the late 1970s and Alpha-Numeric LED displays made reels obsolete, many players mourned the loss of that sound as much as anything else.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 620, "subtypes": []}, {"name": "Backglass Lights", "slug": "backglass-lights", "display_order": 2, "description": {"text": "Before mechanical [[display-type:score-reels]] became affordable and reliable enough for universal use, many early [[technology-generation:electromechanical]] machines tracked scores using banks of illuminated bulbs mounted behind the backglass. Each bulb corresponded to a fixed point value \u2014 100, 500, 1,000, 5,000 \u2014 and the total visible on the glass was simply the sum of whatever bulbs happened to be lit. Artists designed the backglass paintings around these fixed positions, weaving the scoring indicators into the overall composition.\n\nThe backglass light system was elegantly simple: a relay closed, a circuit completed, a bulb lit. No moving parts beyond the relay itself. This simplicity made it cheap to build and easy to repair, though it limited scoring precision and made it impossible to display a running numeric total the way score reels could. Players had to mentally add up the lit positions to know where they stood.\n\nThis display style represents a transitional moment in pinball's evolution \u2014 more sophisticated than the pure passive scoring pockets of the pre-electric era, but not yet the mechanically complex reel-based displays that would define the EM golden age. A small number of machines continued using backglass light scoring even after reels became commonplace, typically in budget-tier or novelty designs where manufacturing cost was the overriding concern.", "html": "Before mechanical Score Reels became affordable and reliable enough for universal use, many early Electromechanical machines tracked scores using banks of illuminated bulbs mounted behind the backglass. Each bulb corresponded to a fixed point value \u2014 100, 500, 1,000, 5,000 \u2014 and the total visible on the glass was simply the sum of whatever bulbs happened to be lit. Artists designed the backglass paintings around these fixed positions, weaving the scoring indicators into the overall composition.
\nThe backglass light system was elegantly simple: a relay closed, a circuit completed, a bulb lit. No moving parts beyond the relay itself. This simplicity made it cheap to build and easy to repair, though it limited scoring precision and made it impossible to display a running numeric total the way score reels could. Players had to mentally add up the lit positions to know where they stood.
\nThis display style represents a transitional moment in pinball\u2019s evolution \u2014 more sophisticated than the pure passive scoring pockets of the pre-electric era, but not yet the mechanically complex reel-based displays that would define the EM golden age. A small number of machines continued using backglass light scoring even after reels became commonplace, typically in budget-tier or novelty designs where manufacturing cost was the overriding concern.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 316, "subtypes": []}, {"name": "Alpha-Numeric", "slug": "alphanumeric", "display_order": 3, "description": {"text": "When [[technology-generation:solid-state]] electronics made mechanical [[display-type:score-reels]] obsolete in the late 1970s, the first generation of digital displays were simple [[display-subtype:7-segment]] LEDs \u2014 capable of showing numbers and a handful of blocky letters, glowing amber or red against the darkened backbox. By the early 1980s, manufacturers had moved to [[display-subtype:16-segment]] displays that could render the full alphabet with reasonable clarity. For the first time, a pinball machine could speak.\n\n[[manufacturer:bally]] and [[manufacturer:williams]] used alphanumeric displays extensively throughout the 1980s and into 1991, when [[display-subtype:plasma-dmd]] displays took over. Machines could now show player names, shout encouragement \u2014 GREAT SHOT, SUPER BONUS \u2014 and display the high-score initials that motivated players to put in one more quarter. Speech synthesis chips arrived around the same time, and the combination of spoken words and readable text gave machines a personality that score reels never could.\n\nThe characteristic amber glow of a [[display-subtype:16-segment]] display became the visual signature of an entire era: *[[title:high-speed]]*, *[[title:earthshaker]]*, *Cyclone*, *Taxi*, *[[title:bride-of-pinbot]]*. The displays were capable of simple animations \u2014 scrolling text, flashing patterns \u2014 and designers used every available trick to suggest life within those glowing segments. When [[manufacturer:williams]] introduced the first [[display-subtype:plasma-dmd]] display in 1991, the alphanumeric era ended almost immediately, but those segmented readouts remain instantly recognizable to anyone who spent time in an arcade during the 1980s.", "html": "When Solid State electronics made mechanical Score Reels obsolete in the late 1970s, the first generation of digital displays were simple Seven-Segment LEDs \u2014 capable of showing numbers and a handful of blocky letters, glowing amber or red against the darkened backbox. By the early 1980s, manufacturers had moved to Sixteen-Segment displays that could render the full alphabet with reasonable clarity. For the first time, a pinball machine could speak.
\nBally and Williams used alphanumeric displays extensively throughout the 1980s and into 1991, when Plasma displays took over. Machines could now show player names, shout encouragement \u2014 GREAT SHOT, SUPER BONUS \u2014 and display the high-score initials that motivated players to put in one more quarter. Speech synthesis chips arrived around the same time, and the combination of spoken words and readable text gave machines a personality that score reels never could.
\nThe characteristic amber glow of a Sixteen-Segment display became the visual signature of an entire era: High Speed, Earthshaker, Cyclone, Taxi, Bride of Pinbot. The displays were capable of simple animations \u2014 scrolling text, flashing patterns \u2014 and designers used every available trick to suggest life within those glowing segments. When Williams introduced the first Plasma display in 1991, the alphanumeric era ended almost immediately, but those segmented readouts remain instantly recognizable to anyone who spent time in an arcade during the 1980s.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 513, "subtypes": [{"name": "Nixie Tube", "slug": "nixie-tube", "display_order": 1, "description": {"text": "Nixie tubes were cold-cathode gas-discharge devices, each containing a stack of ten wire-mesh numerals \u2014 zero through nine \u2014 sealed inside a glass envelope filled with neon gas. When voltage was applied to a particular cathode, the corresponding numeral glowed orange behind the glass. They were never common in pinball; only a handful of machines in the late 1960s and early 1970s used them for electronic scoring before LED [[display-subtype:7-segment]] displays made them obsolete.\n\nGames like [[manufacturer:bally]]'s *Odds & Evens* (1973) and several European manufacturers experimented with nixie-tube scoring as a bridge between the purely mechanical scoring of the pre-electronic era and the LED displays that would arrive with the first [[technology-generation:solid-state]] machines. The tubes were expensive, fragile, and required high-voltage drive circuits \u2014 impractical for the rough environment of an arcade. Their warm orange glow and the visible depth of stacked numerals give them a distinctive aesthetic that no other display technology replicates.\n\nNixie-tube pinball machines are extremely rare today, and working examples command a premium among collectors who value the technology's visual character and its place as the earliest form of electronic scoring in the medium.", "html": "Nixie tubes were cold-cathode gas-discharge devices, each containing a stack of ten wire-mesh numerals \u2014 zero through nine \u2014 sealed inside a glass envelope filled with neon gas. When voltage was applied to a particular cathode, the corresponding numeral glowed orange behind the glass. They were never common in pinball; only a handful of machines in the late 1960s and early 1970s used them for electronic scoring before LED Seven-Segment displays made them obsolete.
\nGames like Bally\u2019s Odds & Evens (1973) and several European manufacturers experimented with nixie-tube scoring as a bridge between the purely mechanical scoring of the pre-electronic era and the LED displays that would arrive with the first Solid State machines. The tubes were expensive, fragile, and required high-voltage drive circuits \u2014 impractical for the rough environment of an arcade. Their warm orange glow and the visible depth of stacked numerals give them a distinctive aesthetic that no other display technology replicates.
\nNixie-tube pinball machines are extremely rare today, and working examples command a premium among collectors who value the technology\u2019s visual character and its place as the earliest form of electronic scoring in the medium.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 0}, {"name": "Seven-Segment", "slug": "7-segment", "display_order": 2, "description": {"text": "Seven-segment LED displays were the first digital scoring technology to achieve widespread adoption in pinball, arriving with the earliest [[technology-generation:solid-state]] machines in 1977. Each digit consisted of seven independently lit LED bars arranged in a figure-eight pattern, capable of rendering the numerals zero through nine and a limited set of letters. The displays typically glowed red or amber and were mounted behind the backglass in groups of six or seven digits per player.\n\nEvery major manufacturer used seven-segment displays during the transition from [[technology-generation:electromechanical]] to [[technology-generation:solid-state]]: [[system:williams-system-3]] through [[system:williams-system-8]], [[manufacturer:bally]]'s [[system:bally-as2518-17]] series, [[system:gottlieb-system-1]] and [[system:gottlieb-system-80]], and [[manufacturer:stern-electronics]]' [[system:stern-mpu-100]] and [[system:stern-mpu-200]] all relied on them. The technology was cheap, bright, and reliable \u2014 a dramatic improvement over the mechanical [[display-type:score-reels]] it replaced, even if the blocky digits lacked the tactile charm of spinning drums.\n\nSeven-segment displays could show numbers cleanly but struggled with text. Designers worked around the limitation by using the backglass artwork and playfield inserts to communicate everything that wasn't a score. By the early 1980s, [[display-subtype:16-segment]] alphanumeric displays had arrived, capable of rendering readable text, and seven-segment panels were phased out of new designs within a few years.", "html": "Seven-segment LED displays were the first digital scoring technology to achieve widespread adoption in pinball, arriving with the earliest Solid State machines in 1977. Each digit consisted of seven independently lit LED bars arranged in a figure-eight pattern, capable of rendering the numerals zero through nine and a limited set of letters. The displays typically glowed red or amber and were mounted behind the backglass in groups of six or seven digits per player.
\nEvery major manufacturer used seven-segment displays during the transition from Electromechanical to Solid State: Williams System 3 through Williams System 8, Bally\u2019s Bally AS-2518-17 series, Gottlieb System 1 and Gottlieb System 80, and Stern Electronics\u2019 Stern MPU-100 and Stern MPU-200 all relied on them. The technology was cheap, bright, and reliable \u2014 a dramatic improvement over the mechanical Score Reels it replaced, even if the blocky digits lacked the tactile charm of spinning drums.
\nSeven-segment displays could show numbers cleanly but struggled with text. Designers worked around the limitation by using the backglass artwork and playfield inserts to communicate everything that wasn\u2019t a score. By the early 1980s, Sixteen-Segment alphanumeric displays had arrived, capable of rendering readable text, and seven-segment panels were phased out of new designs within a few years.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 0}, {"name": "Sixteen-Segment", "slug": "16-segment", "display_order": 3, "description": {"text": "Sixteen-segment displays doubled the bar count of their [[display-subtype:7-segment]] predecessors, adding diagonal and additional horizontal elements that could render the full alphabet with reasonable clarity. [[manufacturer:bally]] and [[manufacturer:williams]] adopted them in the early 1980s, and by 1985 they were the standard display technology for new [[technology-generation:solid-state]] machines. For the first time, a pinball machine could show player names, spell out mode instructions, and display high-score initials.\n\nThe characteristic amber glow of sixteen-segment displays defined an era of pinball that included some of the medium's most celebrated titles: *[[title:high-speed]]*, *[[title:earthshaker]]*, *Cyclone*, *Taxi*, *[[title:bride-of-pinbot]]*. Designers used scrolling text, flashing patterns, and simple character animations to give machines personality within the constraints of the segmented format. Speech synthesis arrived around the same time, and the combination of readable text and spoken words transformed pinball from a purely mechanical experience into something that could tell stories.\n\n[[manufacturer:williams]]' WPC platform introduced the [[display-subtype:plasma-dmd]] display in 1991, and sixteen-segment alphanumeric panels disappeared from new designs almost immediately. The transition was abrupt \u2014 within a single product cycle, the entire industry moved to DMD. But sixteen-segment displays remain instantly recognizable to anyone who spent time in an arcade during the 1980s, and their warm segmented glow carries a nostalgia that pixel grids don't quite replicate.", "html": "Sixteen-segment displays doubled the bar count of their Seven-Segment predecessors, adding diagonal and additional horizontal elements that could render the full alphabet with reasonable clarity. Bally and Williams adopted them in the early 1980s, and by 1985 they were the standard display technology for new Solid State machines. For the first time, a pinball machine could show player names, spell out mode instructions, and display high-score initials.
\nThe characteristic amber glow of sixteen-segment displays defined an era of pinball that included some of the medium\u2019s most celebrated titles: High Speed, Earthshaker, Cyclone, Taxi, Bride of Pinbot. Designers used scrolling text, flashing patterns, and simple character animations to give machines personality within the constraints of the segmented format. Speech synthesis arrived around the same time, and the combination of readable text and spoken words transformed pinball from a purely mechanical experience into something that could tell stories.
\nWilliams\u2019 WPC platform introduced the Plasma display in 1991, and sixteen-segment alphanumeric panels disappeared from new designs almost immediately. The transition was abrupt \u2014 within a single product cycle, the entire industry moved to DMD. But sixteen-segment displays remain instantly recognizable to anyone who spent time in an arcade during the 1980s, and their warm segmented glow carries a nostalgia that pixel grids don\u2019t quite replicate.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 0}]}, {"name": "CGA Monitor", "slug": "cga", "display_order": 4, "description": {"text": "A small number of pinball machines used color CRT monitors \u2014 cathode-ray tubes capable of rendering full-color graphics and video-game sequences \u2014 as part of their display system. The term CGA, borrowed from IBM's Color Graphics Adapter standard, is loosely applied to these machines in collector circles, though the earliest examples predated the IBM PC and used custom arcade video hardware rather than PC-compatible graphics cards.\n\n[[manufacturer:bally]]'s *[[title:baby-pac-man]]* (1982) was the first: a hybrid pinball/video game where the ball could leave the physical playfield and enter a color Pac-Man maze rendered on a 13-inch CRT driven by Bally's custom Vidiot board. *[[title:granny-and-the-gators]]* (1984) followed the same concept with upgraded hardware. Both machines were genuine hybrids \u2014 not pinball machines with a video screen bolted on, but designs where the two formats were mechanically integrated. Neither sold well enough to establish the format.\n\nThe idea resurfaced fifteen years later with [[manufacturer:williams]]' Pinball 2000 platform (1999), which used a 19-inch CGA-specification color monitor and a Pepper's Ghost optical illusion to overlay video graphics directly onto the playfield. Only two titles shipped \u2014 *[[title:revenge-from-mars]]* and *[[title:star-wars-episode-i]]* \u2014 before [[manufacturer:williams]] exited pinball manufacturing entirely. CRT-based pinball machines remain rare curiosities, their scarcity and hybrid ambition making them prized among collectors who appreciate the strange corners of the medium's history.", "html": "A small number of pinball machines used color CRT monitors \u2014 cathode-ray tubes capable of rendering full-color graphics and video-game sequences \u2014 as part of their display system. The term CGA, borrowed from IBM\u2019s Color Graphics Adapter standard, is loosely applied to these machines in collector circles, though the earliest examples predated the IBM PC and used custom arcade video hardware rather than PC-compatible graphics cards.
\nBally\u2019s Baby Pac-Man (1982) was the first: a hybrid pinball/video game where the ball could leave the physical playfield and enter a color Pac-Man maze rendered on a 13-inch CRT driven by Bally\u2019s custom Vidiot board. Granny and the Gators (1984) followed the same concept with upgraded hardware. Both machines were genuine hybrids \u2014 not pinball machines with a video screen bolted on, but designs where the two formats were mechanically integrated. Neither sold well enough to establish the format.
\nThe idea resurfaced fifteen years later with Williams\u2019 Pinball 2000 platform (1999), which used a 19-inch CGA-specification color monitor and a Pepper\u2019s Ghost optical illusion to overlay video graphics directly onto the playfield. Only two titles shipped \u2014 Revenge from Mars and Star Wars Episode I \u2014 before Williams exited pinball manufacturing entirely. CRT-based pinball machines remain rare curiosities, their scarcity and hybrid ambition making them prized among collectors who appreciate the strange corners of the medium\u2019s history.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 10, "subtypes": []}, {"name": "Dot Matrix Display", "slug": "dot-matrix", "display_order": 5, "description": {"text": "In 1991, [[manufacturer:williams]] introduced the [[display-subtype:plasma-dmd]] display on *[[title:funhouse]]* and *[[title:the-addams-family]]*, and pinball changed overnight. A 128\u00d732 grid of orange plasma dots, each one individually addressable, could show animations, character art, scrolling text, and simple video sequences at a speed and resolution that made alphanumeric displays look primitive by comparison. The DMD gave every machine a face.\n\nThe warm orange glow of a plasma DMD became as iconic as the score reel clatter had been a generation earlier. Designers used the display to extend licensed themes into the machine itself \u2014 *[[title:twilight-zone]]*'s Gumball Machine, *[[title:medieval-madness]]*'s castle siege, *[[title:attack-from-mars]]*'s alien invasion \u2014 creating a visual narrative layer that had never existed before. The dot count was low enough that animators developed a distinct aesthetic: chunky, high-contrast characters that read clearly from ten feet away under arcade lighting.\n\n[[manufacturer:williams]] and [[manufacturer:bally]] dominated the DMD era, shipping machines that collectors now consider the pinnacle of the art form. [[manufacturer:stern-pinball]] continued manufacturing DMD machines well into the 2010s even as competitors moved to LCD screens, and a devoted community of players still prefers the plasma display's analog warmth over modern HD panels. Color DMDs \u2014 aftermarket upgrades that replace the plasma tube with an LED matrix capable of full RGB color \u2014 have extended the display's life indefinitely, giving classics a vivid new look while preserving the original gameplay.", "html": "In 1991, Williams introduced the Plasma display on Funhouse and The Addams Family, and pinball changed overnight. A 128\u00d732 grid of orange plasma dots, each one individually addressable, could show animations, character art, scrolling text, and simple video sequences at a speed and resolution that made alphanumeric displays look primitive by comparison. The DMD gave every machine a face.
\nThe warm orange glow of a plasma DMD became as iconic as the score reel clatter had been a generation earlier. Designers used the display to extend licensed themes into the machine itself \u2014 Twilight Zone\u2019s Gumball Machine, Medieval Madness\u2019s castle siege, Attack from Mars\u2019s alien invasion \u2014 creating a visual narrative layer that had never existed before. The dot count was low enough that animators developed a distinct aesthetic: chunky, high-contrast characters that read clearly from ten feet away under arcade lighting.
\nWilliams and Bally dominated the DMD era, shipping machines that collectors now consider the pinnacle of the art form. Stern continued manufacturing DMD machines well into the 2010s even as competitors moved to LCD screens, and a devoted community of players still prefers the plasma display\u2019s analog warmth over modern HD panels. Color DMDs \u2014 aftermarket upgrades that replace the plasma tube with an LED matrix capable of full RGB color \u2014 have extended the display\u2019s life indefinitely, giving classics a vivid new look while preserving the original gameplay.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 166, "subtypes": [{"name": "Plasma", "slug": "plasma-dmd", "display_order": 4, "description": {"text": "The original dot-matrix displays introduced by [[manufacturer:williams]] in 1991 were plasma panels \u2014 gas-discharge technology where each of the 128\u00d732 pixels was a tiny cell of ionized neon gas that glowed orange when energized. The plasma DMD became the defining visual element of pinball's golden age, its warm monochrome glow framing the animations and character art that brought licensed themes to life in machines like *[[title:the-addams-family]]*, *[[title:twilight-zone]]*, and *[[title:medieval-madness]]*.\n\nPlasma panels had characteristics that shaped the art created for them: high contrast, wide viewing angles, and a natural warmth to the orange phosphor that read well under arcade lighting. Animators developed a distinctive aesthetic around the 128\u00d732 resolution \u2014 chunky, high-contrast characters and bold typography designed to be legible from across a room. The low pixel count was a creative constraint that produced a recognizable visual language.\n\n[[manufacturer:williams]], [[manufacturer:bally]], and later [[manufacturer:stern-pinball]] shipped plasma DMDs through the 2000s and into the early 2010s. The panels eventually became difficult to source as the gas-discharge technology fell out of mainstream manufacturing, which contributed to the development of LED-based replacements. Working plasma panels remain prized by purists who consider their analog warmth and slight pixel bloom essential to the visual character of the machines they were designed for.", "html": "The original dot-matrix displays introduced by Williams in 1991 were plasma panels \u2014 gas-discharge technology where each of the 128\u00d732 pixels was a tiny cell of ionized neon gas that glowed orange when energized. The plasma DMD became the defining visual element of pinball\u2019s golden age, its warm monochrome glow framing the animations and character art that brought licensed themes to life in machines like The Addams Family, Twilight Zone, and Medieval Madness.
\nPlasma panels had characteristics that shaped the art created for them: high contrast, wide viewing angles, and a natural warmth to the orange phosphor that read well under arcade lighting. Animators developed a distinctive aesthetic around the 128\u00d732 resolution \u2014 chunky, high-contrast characters and bold typography designed to be legible from across a room. The low pixel count was a creative constraint that produced a recognizable visual language.
\nWilliams, Bally, and later Stern shipped plasma DMDs through the 2000s and into the early 2010s. The panels eventually became difficult to source as the gas-discharge technology fell out of mainstream manufacturing, which contributed to the development of LED-based replacements. Working plasma panels remain prized by purists who consider their analog warmth and slight pixel bloom essential to the visual character of the machines they were designed for.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 0}, {"name": "Color LED", "slug": "color-led-dmd", "display_order": 5, "description": {"text": "Color LED dot-matrix displays replace the original monochrome [[display-subtype:plasma-dmd]] panel with a grid of RGB LEDs capable of rendering the same 128\u00d732 resolution in full color. What began as an aftermarket upgrade \u2014 companies like ColorDMD and Pin2DMD developed drop-in replacements for aging plasma panels \u2014 eventually became a factory option, with manufacturers shipping machines equipped with color LED DMDs or offering them as premium features on limited-edition models.\n\nThe effect is striking: animations originally designed in four shades of orange suddenly bloom with color, adding depth and vibrancy to classic games. Some implementations colorize the original animation frames algorithmically; others use hand-painted color palettes created specifically for each title. Factory color LED DMDs in machines like [[manufacturer:stern-pinball]]'s *[[title:the-walking-dead]]* Limited Edition and the *[[title:attack-from-mars]]* [[tag:remake]]s were designed with color from the start.\n\nThe color LED DMD occupies an interesting position in pinball history \u2014 it preserves the low-resolution, pixel-art aesthetic of the plasma era while adding a dimension the original technology could never achieve. For collectors, it extends the life of plasma-era machines whose original panels are increasingly difficult to replace. For manufacturers, it offered a middle ground between the classic DMD format and the full LCD panels that would eventually become the industry standard.", "html": "Color LED dot-matrix displays replace the original monochrome Plasma panel with a grid of RGB LEDs capable of rendering the same 128\u00d732 resolution in full color. What began as an aftermarket upgrade \u2014 companies like ColorDMD and Pin2DMD developed drop-in replacements for aging plasma panels \u2014 eventually became a factory option, with manufacturers shipping machines equipped with color LED DMDs or offering them as premium features on limited-edition models.
\nThe effect is striking: animations originally designed in four shades of orange suddenly bloom with color, adding depth and vibrancy to classic games. Some implementations colorize the original animation frames algorithmically; others use hand-painted color palettes created specifically for each title. Factory color LED DMDs in machines like Stern\u2019s The Walking Dead Limited Edition and the Attack from Mars Remakes were designed with color from the start.
\nThe color LED DMD occupies an interesting position in pinball history \u2014 it preserves the low-resolution, pixel-art aesthetic of the plasma era while adding a dimension the original technology could never achieve. For collectors, it extends the life of plasma-era machines whose original panels are increasingly difficult to replace. For manufacturers, it offered a middle ground between the classic DMD format and the full LCD panels that would eventually become the industry standard.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 0}]}, {"name": "LCD Screen", "slug": "lcd", "display_order": 6, "description": {"text": "The shift to LCD screens brought pinball into the HD era. Where a [[display-subtype:plasma-dmd]] offered 128\u00d732 pixels in a single orange color, a modern LCD backbox display runs at 1920\u00d71080 or higher, capable of playing back video footage, layered animation, and real-time rendered graphics indistinguishable from a console game. [[manufacturer:jersey-jack]]'s *[[title:the-wizard-of-oz]]* (2013) demonstrated what was possible; within a few years, large-format LCD panels had become the industry standard.\n\n[[manufacturer:stern-pinball]], [[manufacturer:spooky]], [[manufacturer:american-pinball]], and virtually every major manufacturer now ships machines with LCD displays ranging from 15 to 32 inches, often supplemented by secondary LCD panels on the playfield itself. Licensed themes that once required creative dot-matrix animation to suggest their source material can now show actual movie clips, television scenes, and studio-quality art. The backbox has become a full-resolution canvas.\n\nThe transition has not been without debate. Critics argue that high-definition video overwhelms the physical playfield, that the LCD screen's brightness and detail pull the eye away from the ball rather than complementing the action. Advocates counter that the medium should use every available technology, and that the best modern designers integrate display and playfield as a unified experience rather than two competing elements. The argument is ongoing \u2014 and entirely appropriate for a medium that has been arguing about its own nature since the first flipper appeared in 1947.", "html": "The shift to LCD screens brought pinball into the HD era. Where a Plasma offered 128\u00d732 pixels in a single orange color, a modern LCD backbox display runs at 1920\u00d71080 or higher, capable of playing back video footage, layered animation, and real-time rendered graphics indistinguishable from a console game. Jersey Jack Pinball\u2019s The Wizard of Oz (2013) demonstrated what was possible; within a few years, large-format LCD panels had become the industry standard.
\nStern, Spooky Pinball, American Pinball, and virtually every major manufacturer now ships machines with LCD displays ranging from 15 to 32 inches, often supplemented by secondary LCD panels on the playfield itself. Licensed themes that once required creative dot-matrix animation to suggest their source material can now show actual movie clips, television scenes, and studio-quality art. The backbox has become a full-resolution canvas.
\nThe transition has not been without debate. Critics argue that high-definition video overwhelms the physical playfield, that the LCD screen\u2019s brightness and detail pull the eye away from the ball rather than complementing the action. Advocates counter that the medium should use every available technology, and that the best modern designers integrate display and playfield as a unified experience rather than two competing elements. The argument is ongoing \u2014 and entirely appropriate for a medium that has been arguing about its own nature since the first flipper appeared in 1947.
\n", "citations": [], "attribution": null}, "aliases": [], "title_count": 104, "subtypes": []}]