Long before NEC became associated with the PC Engine, TurboGrafx-16, and some of the most unusual hardware of the late twentieth century, it was one of Japan’s major electronics and computer companies.
The business began as Nippon Electric Company in Tokyo in 1899, initially working in telephone equipment and communications technology. Over the decades that followed, NEC expanded into radio, semiconductors, computers, displays, and other electronic products. By the 1970s and early 1980s, the company had become deeply involved in the rapidly developing Japanese personal computer market.
The transition toward home computing was especially important. NEC introduced the PC-8001 personal computer in 1979, and its computer business expanded considerably during the years that followed. The company’s PC-9801, released in 1982, became part of a remarkably successful computer family in Japan. At the same time, NEC was reconsidering what kinds of electronic devices might eventually become common inside ordinary homes.
NEC’s own corporate history describes this period as the beginning of its effort to place computing and communications technology more directly into domestic life. New Nippon Electric, which had handled NEC’s consumer electronics business, was renamed NEC Home Electronics Co., Ltd. in July 1983. By the end of that year, NEC’s 8-bit personal computer operations had also been integrated into the company.
This mattered because NEC Home Electronics would eventually become the corporate home of one of the most important console experiments of the 1980s.
NEC had manufacturing experience, semiconductor expertise, computer technology, and the resources of a major electronics company. What it did not possess was the game development experience of companies already established in the console business.
For that, it would need Hudson Soft.
Hudson Soft and the Origins of the PC Engine
Hudson Soft had already become an important name in Japanese video games by the middle of the 1980s. The company developed software for personal computers and became one of the earliest major third-party developers for Nintendo’s Famicom. Games such as Bomberman and Adventure Island helped make Hudson a recognizable software company, but its engineers were also becoming interested in something much more ambitious.
They wanted better hardware.
Hudson developers were beginning to encounter the limitations of the Famicom. Shinichi Nakamoto, Hudson’s general manager of technology, later discussed the issue in a 1987 interview published in BEEP. Hudson wanted hardware that could produce larger sprites, stronger visual presentation, and greater flexibility while remaining practical as a home game machine.
Later Hudson employees recalled that the goal was essentially to build something capable of going beyond the limitations they were encountering while developing Famicom games. The company began exploring the possibility of creating its own hardware technology and finding a larger electronics manufacturer willing to support it.
Takahashi Meijin, one of Hudson’s best-known public figures, later remembered that Hudson approached companies including Fujitsu and NEC with the concept. NEC agreed to pursue the idea.
That decision created one of the more unusual partnerships in console history.
Hudson brought game development knowledge and crucial hardware ideas. NEC brought manufacturing capability, electronics expertise, financing, distribution, and an established consumer technology business. The result was the PC Engine.
Released in Japan on October 30, 1987, the PC Engine was strikingly small compared with many competing machines. Its software came on thin HuCards rather than the large plastic cartridges familiar to Famicom owners. Inside was Hudson-designed technology centered on the HuC6280 processor and specialized video hardware.
Calling the machine simply an 8-bit or 16-bit console has always been somewhat misleading. Its central processor was based on an 8-bit architecture, while important graphics components operated with 16-bit capabilities. That technical mixture later became especially important when NEC tried to market the system in the United States.
What mattered more to players in 1987 was what appeared on the television screen.
Games could display large characters, colorful backgrounds, fast-moving action, and graphics that compared favorably with much of what consumers were accustomed to seeing on home consoles. Hudson’s The Kung Fu, later known in North America as China Warrior, deliberately emphasized enormous character sprites. Arcade conversions and shooters similarly demonstrated what the new machine could accomplish.
The PC Engine quickly became a serious competitor in Japan’s console market, something few companies had managed against Nintendo’s enormously successful Famicom.
A Console Designed to Grow
The PC Engine was important not merely because of what NEC and Hudson put inside the original white console. Its designers also expected the machine to expand.
Nakamoto emphasized this feature while discussing the hardware in 1987. Hudson had requested capabilities that would give developers greater freedom, while NEC itself was already interested in designing a machine that could connect to additional devices. The rear expansion connection left the system open to hardware that had not necessarily been finalized when the original machine reached stores.
That philosophy became one of the defining characteristics of the PC Engine family.
Instead of treating the console as a fixed box that would remain essentially unchanged until its replacement arrived, NEC and Hudson repeatedly stretched, modified, and repackaged the platform. New models appeared. CD technology arrived. Portable machines followed. More powerful versions were attempted. Eventually the console and CD drive were combined into a single machine.
Video game historian Carl Therrien has described the PC Engine as a system built around technological expandability, one that attempted to absorb features associated with computers, animation, music, and other forms of media. The unusually large number of versions that followed the original PC Engine was not simply cosmetic. It reflected the central idea that the platform could continue evolving rather than immediately being replaced.
The most important example arrived only a year after the original console.
NEC Brings CD-ROM to the Home Console
In December 1988, NEC Home Electronics released the PC Engine CD-ROM² system in Japan.
The equipment was expensive and somewhat complicated, requiring the PC Engine, an interface unit, and the CD-ROM drive, but the importance of the technology extended well beyond its initial sales.
The National Museum of Nature and Science in Japan identifies NEC’s PC Engine CD-ROM system as the first household game machine distributed using CD-ROM. Optical discs offered enormous storage advantages compared with conventional semiconductor game media. Developers could incorporate higher-quality audio, larger quantities of data, photographs, animation, voices, and increasingly elaborate presentation into their games.
The technology had disadvantages. Early CD-ROM drives were slow, additional hardware was costly, and developers still had to work within the PC Engine’s other memory limitations. Yet NEC and Hudson were betting on a technology that would become central to the next decade of video gaming.
Games such as Ys Book I & II demonstrated how significantly CD audio and additional storage could change the presentation of a console game. Later PC Engine CD releases increasingly incorporated voice acting, animated sequences, elaborate music, and larger adventures that would have been difficult to distribute in the same form on conventional HuCards.
When Sony’s PlayStation, Sega’s Saturn, and other systems made optical discs normal during the 1990s, the concept no longer seemed unusual. NEC and Hudson had been experimenting with it years earlier.
The PC Engine had become more than one console. It was becoming a family of interconnected hardware.
SuperGrafx and the Problem of Moving Too Quickly
Not every experiment worked.
As competition intensified and Sega launched the Mega Drive, NEC and Hudson faced the problem that eventually confronts every successful hardware platform. Technology was advancing, and consumers were being told that newer machines represented a new generation.
Their response was the SuperGrafx.
Released in Japan in 1989, the PC Engine SuperGrafx expanded the original design with additional graphics hardware and more memory while maintaining compatibility with ordinary PC Engine software. The machine could produce graphical effects beyond those of the original console, but it did not receive the software support necessary to establish itself as a separate platform.
Only a very small number of games took meaningful advantage of the additional hardware.
The SuperGrafx therefore became an early example of the danger inherent in NEC’s expansion strategy. The ability to continually modify the PC Engine created technological possibilities, but it could also leave consumers and developers wondering which version of the platform deserved their attention.
Rather than becoming the clear successor to the PC Engine, the SuperGrafx became a short-lived branch of the family. NEC and Hudson increasingly placed their attention back on the original architecture and its growing CD-ROM capabilities.
Across the Pacific, however, NEC was preparing for an even greater challenge.
Turning the PC Engine into the TurboGrafx-16
By 1989 Nintendo dominated the American home console business. NEC nevertheless believed the PC Engine could compete in the United States.
The machine would not arrive unchanged.
NEC conducted American market research and redesigned the console for the United States. The tiny white PC Engine became the much larger black TurboGrafx-16. The new name emphasized speed and graphics, while the number 16 drew attention to the machine’s 16-bit graphics hardware.
Former NEC executive Ken Wirt later explained that the company believed American consumers would respond better to a larger and more futuristic-looking machine. Focus groups and marketing work influenced both the physical redesign and the new identity.
The result demonstrates how differently the same technology could be presented in two markets. In Japan, the unusually compact PC Engine had been one of the machine’s recognizable features. In America, NEC essentially concealed that compactness inside a much larger enclosure.
NEC formally announced the TurboGrafx-16 for the American market in May 1989. Contemporary reports placed the basic system at about $199 and emphasized the machine’s graphics technology, card-sized software, expandability, and planned CD-ROM peripheral. NEC executives presented the system not simply as another game console but as part of a larger home entertainment strategy.
Keith Courage in Alpha Zones became the pack-in game, while NEC prepared a library that drew heavily from Japanese PC Engine releases.
The company attempted to build awareness aggressively. NEC created promotional TurboVans containing playable systems, planned demonstrations at public events, and discussed video game rentals as another way to put the hardware into consumers’ hands. Ken Wirt told Computer Entertainer in September 1989 that NEC itself was not developing the games and depended on outside developers, with Hudson serving as the principal source of software while companies such as Namco and Irem also supported the system.
On paper, NEC appeared to have many of the pieces necessary to become a major American console manufacturer.
The reality proved more difficult.
The Battle Against Nintendo and Sega
The TurboGrafx-16 entered an American market in transition.
Nintendo still possessed enormous strength through the Nintendo Entertainment System, but Sega was preparing its own challenge with the Genesis. NEC therefore found itself trying simultaneously to convince consumers to leave an established Nintendo ecosystem and to compete with another company aggressively promoting the arrival of 16-bit gaming.
The phrase “16-bit” became increasingly powerful as a marketing tool. Academic researchers Carl Therrien and Martin Picard have argued that the TurboGrafx-16 launch helped reinforce the language of technological generations and the idea of console competition as a kind of hardware war. The system’s very name became part of the argument over what a next-generation machine was supposed to be.
Marketing alone could not solve the larger problem.
The PC Engine possessed an extensive Japanese software library, but bringing those games to America required localization, distribution, marketing, and decisions about which titles American players would actually receive. NEC’s reliance on outside software developers also meant that hardware strength did not automatically create a steady stream of exclusive games tailored for the American market.
Meanwhile, Sega marketed the Genesis with increasing confidence and Nintendo prepared the Super Nintendo Entertainment System.
NEC’s expensive CD-ROM expansion created another problem. Technologically, it was one of the TurboGrafx family’s most impressive features. Commercially, asking consumers to purchase expensive additional hardware for a console that was still fighting to establish its basic American audience was difficult.
Former NEC employees later described the American TurboGrafx years with considerable frustration. Interviews collected by Game Developer show a company that possessed unusually advanced hardware but struggled to turn the technology into the kind of unified software, pricing, and marketing strategy needed to challenge Nintendo and Sega.
The TurboGrafx-16 did not disappear immediately. Instead, NEC continued trying new ways to make the platform attractive.
The TurboExpress Takes the Console on the Road
One of NEC’s boldest experiments arrived in 1990.
The TurboExpress, known in Japan as the PC Engine GT, took the basic PC Engine architecture and placed it inside a handheld system with a color display. More importantly, it could play the same card-based games used by the home console.
That meant a TurboGrafx owner did not necessarily need a separate portable software library. A game purchased for the home system could be inserted into the TurboExpress and played away from the television.
For 1990, the concept was remarkable.
Contemporary coverage recognized the technological achievement while also identifying the obvious problem. The TurboExpress was dramatically more expensive than Nintendo’s Game Boy. The Los Angeles Times described the new NEC machine as significantly more sophisticated than competing handhelds but doubted that technological superiority alone would allow it to overcome Nintendo’s enormous lead.
Once again, NEC had built hardware that seemed to anticipate where gaming might eventually go, but the cost of delivering that technology made mass adoption difficult.
The same tension followed NEC through much of its console history. The company repeatedly demonstrated ideas that would later become familiar, yet it often introduced them when the necessary components were still expensive and the market was not ready to pay for them.
Turbo Technologies and the TurboDuo
By the early 1990s it was clear that the American TurboGrafx business needed restructuring.
The relationship between NEC and Hudson changed accordingly. Turbo Technologies Inc., usually called TTI, was established as a joint venture involving the two companies and took responsibility for the TurboGrafx business in North America.
Ken Wirt later explained that the arrangement was partly intended to simplify a costly business structure in which software passed through multiple companies before reaching American consumers. Greater cooperation between Hudson and NEC offered a chance to lower costs and make the struggling platform more competitive.
The centerpiece of the renewed strategy was the TurboDuo.
In Japan, NEC had already introduced the PC Engine Duo, which combined the console and its CD-ROM hardware into one unit. The American TurboDuo followed in 1992, offering HuCard compatibility and built-in CD functionality without requiring consumers to assemble the original collection of separate components.
Contemporary TurboPlay coverage announced the TurboDuo for an expected October 1992 release and listed a suggested price of $299.95. At the same time, TTI sharply reduced the price of the existing TurboGrafx-16 and CD equipment in an attempt to keep the broader platform affordable.
The Duo represented perhaps the most polished form of the original PC Engine concept. It preserved the compact card format while making CD gaming a standard part of the machine rather than an expensive afterthought.
What it could not do was reverse several years of market momentum.
By then the American console battle had largely become a struggle between Nintendo and Sega. The TurboDuo developed an enthusiastic following and possessed a distinctive library, but it never transformed NEC into one of the dominant console manufacturers in North America.
In Japan, the PC Engine family remained healthier, and later versions such as the Duo-R and Duo-RX extended its life. Eventually, however, NEC and Hudson needed a genuine successor.
PC-FX and NEC’s Final Console
The next machine would not be another PC Engine revision.
The PC-FX arrived in Japan on December 23, 1994. It used NEC’s 32-bit V810 processor, CD-ROM media, and a vertical case that resembled a small desktop computer tower more than a conventional game console.
Its timing could hardly have been more challenging.
Sega had released the Saturn in Japan the previous month. Sony’s PlayStation arrived in December. The new generation was rapidly becoming associated with textured polygonal graphics and three-dimensional environments.
NEC and Hudson pursued a different direction.
The PC-FX placed heavy emphasis on high-quality 2D graphics, animation, and full-motion video. That approach made sense when viewed through the history of the PC Engine, a platform that had spent years exploring the possibilities of CD audio, animation, and multimedia presentation. The PC-FX was in some ways the continuation of that philosophy rather than an attempt to imitate its competitors.
Unfortunately for NEC, the market moved decisively toward 3D.
The PC-FX developed a library strongly associated with Japanese animation, visual novels, simulation games, and other genres suited to its multimedia strengths, but third-party support remained limited compared with the PlayStation and Saturn. It never received a North American release.
The Strong National Museum of Play describes the machine as a commercial failure whose high price and limited third-party support contributed to its fate. The museum also identifies the PC-FX as NEC’s final dedicated console, discontinued in early 1998.
The Computer History Museum similarly notes that increased competition from Sony and a shortage of releases damaged the system’s prospects in Japan.
After roughly a decade of challenging Nintendo, Sega, and eventually Sony, NEC’s experiment as a major console manufacturer was coming to an end.
The End of NEC Home Electronics
NEC’s withdrawal from dedicated game consoles occurred alongside much larger changes inside the corporation.
During the 1990s, NEC Home Electronics faced weakening profitability in several traditional consumer electronics businesses. NEC’s official corporate history describes structural reforms that began early in the decade and eventually moved the subsidiary away from products including televisions, VCRs, and other established home appliances.
By the end of the decade, NEC itself was undergoing major restructuring. NEC Home Electronics was identified as one of the businesses requiring fundamental reform, and NEC’s official historical timeline records that the subsidiary concluded its business activities in 2000.
The company that had carried NEC into the console market was gone.
Yet the technology and games it helped create did not disappear with it.
NEC’s Place in Video Game History
NEC never achieved the lasting console dominance of Nintendo, Sony, or even Sega, but measuring the company only by whether it won a console war misses much of what made its hardware important.
The PC Engine proved that another company could seriously challenge Nintendo in Japan during the height of the Famicom era. Its compact HuCard format demonstrated that console software did not require enormous cartridges. Its expansion architecture treated the console as a platform that could continue evolving after purchase.
Most importantly, NEC and Hudson made CD-ROM gaming practical years before optical discs became standard across the industry. Japan’s National Museum of Nature and Science identifies the PC Engine CD-ROM² as the first household game machine distributed using CD-ROM, while modern rights holder Konami continues to emphasize the platform’s pioneering CD expansion and multiplayer capabilities when discussing its legacy.
The TurboExpress similarly experimented with the idea that the same game library could move between a television console and a portable machine. The Duo showed the natural next step of integrating an expansion into the base hardware. Even the failures are historically revealing. The SuperGrafx illustrates the danger of fragmenting a hardware audience, while the PC-FX shows how quickly a technological strategy could become outdated when the wider industry shifted toward 3D graphics.
The games mattered as well. R-Type, Bomberman, Bonk’s Adventure, Blazing Lazers, Dungeon Explorer, Ys Book I & II, Soldier Blade, Ninja Spirit, Military Madness, and many others gave the PC Engine and TurboGrafx family an identity that remained distinct from Nintendo and Sega. CD releases pushed that identity further through richer soundtracks, voice work, animation, and games that increasingly blurred the boundaries between traditional console software and other forms of entertainment.
That library continues to attract players decades later. When Konami announced the TurboGrafx-16 Mini and PC Engine Mini, it presented the machines not simply as curiosities but as a way to preserve a console family remembered for both its technology and its software.
NEC’s console era therefore represents something larger than the story of the TurboGrafx-16 losing to Nintendo and Sega in America.
It is the story of an electronics giant entering video games through an unusual partnership with a software company. It is the story of engineers attempting to make consoles expandable, portable, and capable of using optical media before those ideas became ordinary. It is also a reminder that technological innovation and commercial success do not always arrive together.
The PC Engine began as Hudson Soft’s attempt to escape the restrictions developers were encountering on existing hardware. NEC provided the manufacturing power and corporate resources necessary to turn that idea into a commercial machine. Over the next decade, the partnership produced one of the strangest and most ambitious families of hardware in video game history.
NEC ultimately left the console business, but many of the ideas explored by the PC Engine family did not leave with it. They became part of the industry that followed.
Sources & Further Reading
NEC Corporation. 120 Years, and the Road Ahead. Tokyo: NEC Corporation. https://www.nec.com/en/global/about/history/pdf/history-120.pdf
NEC Corporation. NEC Corporation 1899–1999: A Century of “Better Products, Better Services.” Tokyo: NEC Corporation, 2002. https://www.nec.com/en/global/about/history/pdf/history-100.pdf
NEC Corporation. “History: Corporate Profile.” Accessed October 27, 2026. https://www.nec.com/en/global/about/history.html
NEC Corporation. “NEC Technical Journal Archive.” Accessed October 27, 2026. https://www.nec.com/en/global/techrep/journal/index.html
NEC Corporation. “Looking Back at NEC’s History.” NEC Technical Journal. Accessed October 27, 2026. https://www.nec.com/en/global/techrep/journal/nechistory/index.html
NEC Home Electronics. TurboDuo Owner’s Manual: Console Instruction Booklet. 1992. The Strong National Museum of Play collection. https://artsandculture.google.com/asset/video-game-instruction-book-turboduo-owner-s-manual-console-instruction-booklet-nec-home-electronics/igF5EZpvxiQ1Gw
NEC Home Electronics. “Bonk Bonks.” TurboGrafx-16 Summer Consumer Electronics Show promotional flyer, June 1990. Video Game History Foundation Digital Archive. https://archive.gamehistory.org/item/25b3762a-9275-4f8d-92ce-89b1c1ed6f18
TurboPlay. June 1990–September 1992. Video Game History Foundation Library. https://library.gamehistory.org/repositories/2/classifications/1?filter_fields%5B%5D=subjects&filter_values%5B%5D=Periodicals&page=10
Turbo Force. 1992–1993. Video Game History Foundation Library. https://library.gamehistory.org/subjects/1?page=2
DuoWorld. 1993. Video Game History Foundation Library. https://library.gamehistory.org/subjects/1?page=1
Computer Entertainer. “Interview with Ken Wirt.” September 1989. https://ataricompendium.com/archives/newsletters/video_game_update/computer_entertainer_sep89.pdf
“NEC Considers Plan for Video Game Rentals.” Billboard, September 2, 1989. https://www.worldradiohistory.com/Archive-All-Music/Billboard/80s/1989/BB-1989-09-02.pdf
Television Digest. May 29, 1989. Coverage of NEC’s PC Engine and TurboGrafx-16 plans for the United States. https://www.worldradiohistory.com/Archive-TV-Digest/80s/1989/Television-Digest-1989-05.pdf
Television Digest. June 1992. Coverage of Turbo Technologies Inc., NEC, Hudson Soft, and the TurboDuo. https://www.worldradiohistory.com/Archive-TV-Digest/90s/1992/Television-Digest-1992-06.pdf
Halverson, Guy. “NEC Introduces High-Tech Toys.” Christian Science Monitor, May 24, 1989. https://www.csmonitor.com/1989/0524/fnec.html
“NEC to Compete With Nintendo.” Los Angeles Times, May 23, 1989. https://www.latimes.com/archives/la-xpm-1989-05-23-fi-603-story.html
Hunt, Dennis. “NEC Unit Expected to Be a Big Hit.” Los Angeles Times, December 7, 1990. https://www.latimes.com/archives/la-xpm-1990-12-07-ca-5982-story.html
Audio. “TurboGrafx-CD.” February 1991. https://www.worldradiohistory.com/Archive-Audio/90s/Audio-1991-02.pdf
Modern Electronics. TurboGrafx-16 hardware coverage. September 1989. https://www.worldradiohistory.com/Archive-Modern-Electronics/Modern-Electronics-1989-09.pdf
Electronic Gaming Monthly. “TurboGrafx-16 System Preview.” No. 5, December 1989. https://fliphtml5.com/pjeuz/hfyf/EGM_005_-_Dec_1989/76/
Electronic Gaming Monthly. TurboGrafx supplement. No. 19, February 1991. https://www.archives.tg-16.com/EGM/EGM_1991_February.pdf
Electronic Gaming Monthly. “NEC of Japan Reveals Specs on New FX 32-Bit Game System!” No. 54, January 1994.
GamePro. “Overseas ProSpects: NEC PC-FX.” No. 64, November 1994.
Electronic Gaming Monthly. “NEC Launches New PC-FX Game System!” No. 66, January 1995.
Next Generation. Hudson Soft feature. March 1995, 78–81. https://m.archives.tg-16.com/magazine_database.htm?col=main&val=EGM
Gekkan PC Engine. February 1993. Contemporary NEC Home Electronics advertisements and PC Engine coverage. https://archives.tg-16.com/GEKKAN/Gekkan_PC_Engine_1993_February.pdf
Nakamoto, Shinichi. “The History of the PC Engine.” Interview originally published in BEEP, 1987. Translated by Shmuplations. https://shmuplations.com/pcengine/
Mikami, Satoshi, and Toshinori Oyama. Interviews on the development and history of the PC Engine. 2003. Translated by Shmuplations. https://shmuplations.com/pcengine/
Nutt, Christian. “The Game Master Speaks: Hudson’s ‘Takahashi-Meijin’ Goes Retro.” Game Developer. https://www.gamedeveloper.com/business/the-game-master-speaks-hudson-s-takahashi-meijin-goes-retro
McFerran, Damien. “Interview: The Trouble with the TurboGrafx-16.” Nintendo Life, November 2012. Interview with former NEC executive Ken Wirt. https://www.nintendolife.com/news/2012/11/interview_the_trouble_with_the_turbografx-16
Nutt, Christian. “Stalled Engine: The TurboGrafx-16 Turns 25.” Game Developer. https://www.gamedeveloper.com/business/stalled-engine-the-turbografx-16-turns-25
Retro Gamer. No. 40. PC Engine and TurboGrafx history and interviews. https://datassette.s3.us-west-004.backblazeb2.com/revistas/retrogamer_040.pdf
Therrien, Carl. The Media Snatcher: PC/CORE/TURBO/ENGINE/GRAFX/16/CDROM2/SUPER/DUO/ARCADE/RX. Cambridge, MA: MIT Press, 2019. https://mitpress.mit.edu/9780262042901/the-media-snatcher/
Therrien, Carl, and Martin Picard. “Enter the Bit Wars: A Study of Video Game Marketing and Platform Crafting in the Wake of the TurboGrafx-16 Launch.” New Media & Society 18, no. 10. https://journals.sagepub.com/doi/10.1177/1461444815584333
Kent, Steven L. The Ultimate History of Video Games, Volume 1: From Pong to Pokémon and Beyond. New York: Crown, 2001. https://www.penguinrandomhouse.com/books/91835/the-ultimate-history-of-video-games-volume-1-by-steven-l-kent/
National Museum of Nature and Science. Systemized Survey on the Development and Practical Application of CD-ROM. Tokyo: National Museum of Nature and Science. https://sts.kahaku.go.jp/diversity/document/system/pdf/105_e.pdf
Computer History Museum. FY2015 Annual Report. Includes the museum’s NEC PC-FX artifact and historical discussion. https://computerhistory.org/wp-content/uploads/2023/09/FY2015-Report.pdf
Centre for Computing History. “NEC PC Engine.” Accessed October 27, 2026. https://www.computinghistory.org.uk/det/37158/NEC-PC-Engine/
Centre for Computing History. “NEC PC-FX.” Accessed October 27, 2026. https://www.computinghistory.org.uk/det/31248/NEC-PC-FX/
The Strong National Museum of Play. “Japanese Games at the Strong, Part III (PC-FX).” Accessed October 27, 2026. https://www.museumofplay.org/blog/japanese-games-at-the-strong-part-iii-pc-fx/
Video Game History Foundation. “TurboGrafx Collections.” Game History Library. Accessed October 27, 2026. https://library.gamehistory.org/subjects/1?page=1
Konami Digital Entertainment. “TurboGrafx-16 Mini Announced.” 2019. https://www.konami.com/games/ca/en/topics/1281/
Konami Digital Entertainment. “TurboGrafx-16 Mini Release Details.” 2019. https://www.konami.com/games/us/en/topics/1312/