Video game music
Soundtracks that evolved from simple chips to complex compositions.
Video game music (VGM) refers to the audio that accompanies video games. In the early days, this music was shaped by the limitations of early sound chips, like programmable sound generators and FM synthesis chips, which gave rise to the chiptune style. As technology improved, video game music expanded to include a much broader range of sounds. It can be heard during title screens, menus, and gameplay, and it often changes based on what the player does—for example, signaling a missed beat in a rhythm game, warning of danger, or celebrating an achievement. VGM falls into two categories: original compositions or licensed tracks. The genre's popularity has led to educational programs, career paths, awards, and the commercial release of soundtracks, which are also performed in concerts.
In the late 1970s, when video games became popular, music was typically stored on analog media like cassette tapes and records. These were expensive and fragile, making them impractical for arcade machines, though a few games like *Journey* used them. A cheaper solution was digital: a computer chip converted code into analog sound waves on the fly. This method also generated sound effects. Early arcade games could include music, but it was often monophonic, looped, or used only between stages or at the start of a game—examples include *Pac-Man* (1980) and *Pole Position* (1982). The first game with a continuous background soundtrack was *Space Invaders* (1978), which had four descending bass notes that sped up as enemies approached. The first with continuous, melodic background music was *Rally-X* (1980), featuring a simple repeating tune. Adding music meant transcribing it into code; some tunes were original, others were public domain folk songs. Sound capabilities were limited—the Atari 2600, for instance, could only produce two tones at once.
As silicon technology advanced and costs dropped, new arcade machines and home consoles offered more sound channels. The earliest known example of this was Sega's *Carnival* (1980), which used an AY-3-8910 chip to play an electronic version of "Over The Waves." Konami's *Frogger* (1981) introduced dynamic music with at least eleven gameplay tracks that changed based on player actions. Namco's *Dig Dug* (1982) improved on this by stopping the music when the player stopped moving. Sega's *Super Locomotive* (1982) featured a chiptune cover of Yellow Magic Orchestra's "Rydeen." Home consoles also improved: the ColecoVision (1982) had four sound channels, while the Famicom (1983, released as the NES in 1985) had five, one capable of simple PCM sampled sound. The Commodore 64 (1982) offered filtering effects, different waveforms, and could play 4-bit samples on a pseudo fourth channel. Early games used simple tone generation or FM synthesis to simulate instruments, with a "noise channel" for percussion. PCM samples were limited to short sounds, used for percussion (like in *Super Mario Bros. 3*) or basslines (like in *Gimmick!*). Home consoles often shared music channels with sound effects, so a laser sound could interrupt the music on that channel.
By the mid-to-late 1980s, software releases featured composers with more musical experience, leading to noticeably better compositions. The popularity of this music persists today. Notable composers from this era include Koichi Sugiyama (*Dragon Quest*), Nobuo Uematsu (*Final Fantasy*), Rob Hubbard (*Monty on the Run*, *International Karate*), Koji Kondo (*Super Mario Bros.*, *The Legend of Zelda*), and Miki Higashino (*Gradius*, *Yie Ar Kung-Fu*).
Lore & Background
Video game music (VGM) is the soundtrack that accompanies video games. Its earliest forms were constrained by the capabilities of early sound chips, such as programmable sound generators and FM synthesis chips, which led to the distinctive chiptune style. As technology advanced, the range of sounds expanded significantly. Music now appears over title screens, menus, and during gameplay, and can dynamically change based on a player’s actions or situation—for example, indicating missed actions in rhythm games, signaling danger, or rewarding achievements. VGM can be either original or licensed. Its popularity has created educational and job opportunities, generated awards, and led to commercial sales and concert performances of game soundtracks.
In the late 1970s, storing music on analog media like cassette tapes or phonograph records was expensive and fragile, making it unsuitable for arcade cabinets. A cheaper digital method used a computer chip to convert code into analog sound waves in real time, also generating sound effects. Early arcade music was often monophonic, looped, or used sparingly. The first game with a continuous background soundtrack was *Space Invaders* (1978), which featured four descending bass notes that increased pace as enemies approached. *Rally-X* (1980) was the first with continuous, melodic background music. Sound capabilities were limited; the Atari 2600 could only produce two tones at once. Later, chips like the Yamaha YM series allowed multiple sound channels. *Frogger* (1981) introduced a dynamic approach with over eleven gameplay tracks that changed with player actions. *Dig Dug* (1982) stopped music when the player stopped moving. Home consoles like the ColecoVision (four channels) and the Nintendo Entertainment System (five channels, one for simple PCM samples) followed. The Commodore 64 offered filtering and different waveforms. Early games used tone generation or FM synthesis for melodies and a noise channel for percussion, while PCM samples were limited to short sounds. Music channels often shared space with sound effects. By the mid-to-late 1980s, composers with greater musical experience created more sophisticated and popular works.
Reader's Guide
Video game music began as simple, chip-generated sounds due to the high cost and fragility of analog storage media like cassette tapes in arcade machines. Early sound chips, such as programmable sound generators and FM synthesis chips, produced monophonic, looped tunes used sparingly between stages. The first game with a continuous background soundtrack featured four descending bass notes that dynamically increased pace as enemies approached. Later, a game introduced over a dozen distinct gameplay tracks that changed based on player actions, while another halted its music whenever the player stopped moving. Technological advances allowed for more sound channels, with home systems like the ColecoVision offering four channels and the Nintendo Entertainment System providing five, including one for simple sampled sound. The Commodore 64 could produce filtering effects and different waveforms. Composers used tone generation and frequency modulation for melodies, a noise channel for percussion, and limited PCM samples for short sounds or basslines. This technical environment gave rise to chiptune music, which became the defining sound of early gaming. Notable composers emerged from this era, creating iconic soundtracks for major franchises. The popularity of video game music has since created educational programs, job opportunities, and commercial success, with soundtracks sold and performed in concerts, cementing its cultural significance within the gaming field.
A Functional Category Within a Vast Taxonomy
Video game music occupies a specific but modest position within the enormous landscape of musical classification. Rather than standing as a standalone genre in its own right, it is grouped under the broader heading of incidental music—music composed for stage and screen. In this category, it shares company with film scores, theatrical music, musical theater compositions, music hall songs, and showtunes. This placement reflects its purpose: music written to serve another medium rather than to exist as a purely autonomous art form. The surrounding taxonomy is staggering in scope. A single music platform, Gracenote, has catalogued more than two thousand distinct genres, a number that includes labels coined by ordinary listeners rather than industry professionals. The overarching structure branches into classical traditions, popular styles, regional and national forms, religious music, and traditional folk expressions. Yet even this expansive list is explicitly described as not exhaustive, leaving room for countless additional categories that continue to emerge as musical culture evolves.
The Fluidity of Musical Boundaries
One of the most important things to understand about where video game music sits in the classification system is that the system itself is far from rigid. Musical genres and styles are, by their nature, difficult to pin down. Classifications are frequently described as arbitrary, and the boundaries between closely related forms tend to blur and overlap. A larger genre might contain numerous sub-categories, each with its own identity, yet the dividing lines between them are often matters of opinion rather than objective fact. This fluidity extends to the concept of folksonomy—taxonomies created not by scholars or industry experts but by ordinary music lovers who simply want to describe what they hear. For video game music specifically, this means it resists neat categorization. A single game's soundtrack might draw on electronic production techniques, classical orchestration, folk melodies, or hip-hop rhythms, making any single genre label feel reductive. The classification exists less to define the music precisely and more to help listeners navigate an otherwise overwhelming sea of sound.
Commercial Origins and Practical Discovery
The existence of genre labels, including the one that places video game music under incidental or screen-based scoring, is largely a product of commercial necessity. Most musical genres were originally created by record labels and industry stakeholders as a way to target specific audiences and market their products. The practical purpose of classification is to make music easier to find and to distribute it to the right listeners. In a landscape where a single platform can list over two thousand genres, the ability to sort and search becomes essential. Video game music, as a functional descriptor, serves this same practical role: it tells a listener that the music was composed to accompany an interactive experience rather than to stand alone as a concert piece. This is distinct from, say, a symphony or a pop single, even though the underlying musical techniques might be identical. The label is a tool for navigation, not a judgment of quality or artistic merit. It exists to help people locate the sound they are looking for within an increasingly vast and fragmented musical ecosystem.
A Soundtrack Drawn From Every Tradition
Because video game music is classified as incidental music written for a medium rather than as a fixed genre, it is not limited to any single musical tradition. The broader taxonomy from which it can draw is remarkably diverse. Classical traditions span Andalusian, Indian, Korean court, Persian, Kurdish, Turkish, and Western forms, with the Western branch alone stretching from Renaissance and Baroque through Romantic and into experimental and minimalist modernism. Popular styles encompass blues, country, electronic, folk, hip-hop, jazz, pop, R&B and soul, and rock, each with its own sub-genres. Regional categories cover African, Asian, Middle Eastern, Australasian, European, Latin and South American, and North American traditions. Religious music spans Buddhist, Christian, Hindu, Islamic, Jewish, and many other faiths. Traditional folk forms include fado, huayno, polka, ragtime, and numerous others. A video game composer, in principle, can reach into any of these wells, making the medium one of the most genre-fluid spaces in all of music.
Frequently Asked Questions
What is video game music and where did it come from?
Video game music is the soundtrack composed specifically to accompany interactive gameplay. It originated in the era of programmable sound generators and FM synthesis chips, which produced the distinctive chiptune aesthetic before hardware advances unlocked far richer orchestral and synthesized arrangements.
Why is video game music culturally significant?
VGM has grown into a recognized art form that supports dedicated education programs, career paths, award ceremonies, and live concert series. Its fan base is large enough to drive commercial soundtrack sales and recurring performance events, blurring the line between interactive media and traditional music.
What's the difference between chiptune and modern video game music?
Chiptune is the retro style built from the raw waveforms of 8-bit and 16-bit sound chips, whereas modern VGM can layer full orchestras, electronic textures, and licensed recordings. The shift from chip-based limitations to near-unlimited sound design is one of the genre's defining evolutionary arcs.
Can a video game soundtrack include songs that weren't originally written for the game?
Yes—developers may pair original compositions with licensed tracks from existing artists, depending on budget and creative vision. This means a single title's audio landscape can range from a fully bespoke score to a curated playlist of pre-existing songs.
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