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32X
The 32X is an add-on for the Sega Genesis video game console. Codenamed "Project Mars", it was designed to expand the power of the Genesis and serve as a transitional console into the 32-bit era until the release of the Sega Saturn. The 32X uses its own ROM cartridges and has its own library of games. It was distributed under the name in Japan and South Korea, Genesis 32X in North America, Mega 32X in Brazil, and Mega Drive 32X in all other regions. Sega unveiled the 32X at the Consumer Electronics Show in June 1994, and presented it as a low-cost option for 32-bit games. It was developed in response to the Atari Jaguar and concerns that the Saturn would not make it to market by the end of 1994. Though the 32X was conceived as a new, standalone console by Sega of Japan, at the suggestion of Sega of America executive Joe Miller and his team, it became an add-on for the Genesis and made more powerful. The final design contained two 32-bit central processing units and a v ...
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List Of Sega 32X Games
The 32X is an add-on for the Sega Genesis video game console. Codenamed "Project Mars", the 32X was designed to expand the power of the Genesis and serve as a holdover until the release of the Sega Saturn. Independent of the Genesis, the 32X used its own ROM cartridges and had its own library of games. A total of 40 titles were produced worldwide, including six that required both the 32X and Sega CD add-ons, and ten that were released only in North America. Unveiled at June 1994's Consumer Electronics Show, Sega presented the 32X as the "poor man's entry into 'next generation' games." The product was originally conceived as an entirely new console by Sega of Japan and positioned as an inexpensive alternative for gamers into the 32-bit era, but at the suggestion of Sega of America research and development head Joe Miller, the console was converted into an add-on to the existing Genesis and made more powerful, with two 32-bit central processing unit chips and a 3D graphics ...
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Mega Drive
The Sega Genesis, known as the outside North America, is a 16-bit fourth generation home video game console developed and sold by Sega. It was Sega's third console and the successor to the Master System. Sega released it in 1988 in Japan as the Mega Drive, and in 1989 in North America as the Genesis. In 1990, it was distributed as the Mega Drive by Virgin Mastertronic in Europe, Ozisoft in Australasia, and Tec Toy in Brazil. In South Korea, it was distributed by Samsung as the Super Gam*Boy and later the Super Aladdin Boy. Designed by an R&D team supervised by Hideki Sato and Masami Ishikawa, the Genesis was adapted from Sega's System 16 arcade board, centered on a Motorola 68000 processor as the CPU, a Zilog Z80 as a sound controller, and a video system supporting hardware sprites, tiles, and scrolling. It plays a library of more than 900 games on ROM-based cartridges. Several add-ons were released, including a Power Base Converter to play Master System games. It ...
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Sega Genesis
The Sega Genesis, known as the outside North America, is a 16-bit Fourth generation of video game consoles, fourth generation home video game console developed and sold by Sega. It was Sega's third console and the successor to the Master System. Sega released it in 1988 in Japan as the Mega Drive, and in 1989 in North America as the Genesis. In 1990, it was distributed as the Mega Drive by Virgin Mastertronic in Europe, Ozisoft in Australasia, and Tec Toy in Brazil. In South Korea, it was distributed by Samsung as the Super Gam*Boy and later the Super Aladdin Boy. Designed by an Research and development, R&D team supervised by Hideki Sato and Masami Ishikawa, the Genesis was adapted from Sega's Sega System 16, System 16 arcade board, centered on a Motorola 68000 processor as the central processing unit, CPU, a Zilog Z80 as a sound controller, and a video system supporting hardware Sprite (computer graphics), sprites, Tile-based video game, tiles, and scrolling. It plays a List ...
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Sega Saturn
The is a home video game console developed by Sega and released on November 22, 1994, in Japan, May 11, 1995, in North America, and July 8, 1995, in Europe. Part of the fifth generation of video game consoles, it was the successor to the successful Sega Genesis. The Saturn has a dual- CPU architecture and eight processors. Its games are in CD-ROM format, and its game library contains several ports of arcade games as well as original games. Development of the Saturn began in 1992, the same year Sega's groundbreaking 3D Model 1 arcade hardware debuted. The Saturn was designed around a new CPU from the Japanese electronics company Hitachi. Sega added another video display processor in early 1994 to better compete with Sony's forthcoming PlayStation. The Saturn was initially successful in Japan but failed to sell in large numbers in the United States, where it was hindered by a surprise May 1995 launch, four months before its scheduled release date. After the debut of the Ninte ...
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History Of Video Game Consoles (fifth Generation)
The fifth-generation era (also known as the 32-bit era, the 64-bit era, or the 3D era) refers to computer and video games, video game consoles, and handheld gaming consoles dating from approximately October 4, 1993 to March 23, 2006. For home consoles, the best-selling console was the Sony PlayStation, followed by the Nintendo 64, and then the Sega Saturn. The PlayStation also had a redesigned version, the PSone, which was launched on July 7, 2000. Some features that distinguished fifth generation consoles from previous fourth generation consoles include: * 3D polygon graphics with texture mapping * 3D graphics capabilities – lighting, Gouraud shading, anti-aliasing and texture filtering * Optical disc (CD-ROM) game storage, allowing much larger storage space (up to 650 MB) than ROM cartridges * CD quality audio recordings (music and speech) – PCM audio with 16-bit depth and 44.1 kHz sampling rate * Wide adoption of full motion video, displaying pre-rendered co ...
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Sega
is a Japanese multinational corporation, multinational video game and entertainment company headquartered in Shinagawa, Tokyo. Its international branches, Sega of America and Sega Europe, are headquartered in Irvine, California and London, respectively. Its division for the development of both arcade games and home video games, Sega Games, has existed in its current state since 2020; from 2015 to that point, the two had made up separate entities known as Sega Games and Sega Interactive Co., Ltd. Sega is a subsidiary of Sega Sammy Holdings. From 1983 until 2001, Sega also developed List of Sega video game consoles, video game consoles. Sega was founded by American businessmen Martin Bromley and Richard Stewart as on June 3, 1960; shortly after, the company acquired the assets of its predecessor, History of Sega, Service Games of Japan. Five years later, the company became known as Sega Enterprises, Ltd., after acquiring Rosen Enterprises, an importer of Arcade game, coin-oper ...
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History Of Video Game Consoles (fourth Generation)
In the history of video games, the fourth generation of game consoles, more commonly referred to as the 16-bit era, began on October 30, 1987, with the Japanese release of NEC Home Electronics' PC Engine (known as the TurboGrafx-16 in North America). Though NEC released the first console of this era, sales were mostly dominated by the rivalry between Sega and Nintendo across most markets: the Sega Mega Drive (''Sega Genesis'' in North America) and the Super Nintendo Entertainment System (SNES; ''Super Famicom'' in Japan). Cartridge-based handheld consoles became prominent during this time, such as the Nintendo Game Boy (1989), Atari Lynx (1989), Sega Game Gear (1990) and TurboExpress (1990). Nintendo was able to capitalize on its success in the previous, third generation, and managed to win the largest worldwide market share in the fourth generation as well. Sega, however, was extremely successful in this generation and began a new franchise, Sonic the Hedgehog, to compete with ...
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List Of Commercial Failures In Video Games
The list of commercial failures in video games includes any video game software on any platform, and any video game console hardware, of all time. As a hit-driven business, the great majority of the video game industry's software releases have been commercial disappointments. In the early 21st century, industry commentators made these general estimates: 10% of published games generated 90% of revenue; that around 3% of PC games and 15% of console games have global sales of more than 100,000 units per year, with even this level insufficient to make high-budget games profitable; and that about 20% of games make any profit. Some of these failure events have drastically changed the video game market since its origin in the late 1970s. For example, the failure of ''E.T.'' contributed to the video game crash of 1983. Some games, though commercial failures, are well received by certain groups of gamers and are considered cult games. Video game hardware failures 32X Unveiled by ...
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Sega CD
The Sega CD, released as the in most regions outside North America and Brazil, is a CD-ROM accessory for the Sega Genesis produced by Sega as part of the fourth generation of video game consoles. It was released on December 12, 1991, in Japan, October 15, 1992, in North America, and April 2, 1993, in Europe. The Sega CD plays CD games and adds hardware functionality such as a faster CPU and graphic enhancements such as sprite scaling and rotation. It can also play audio CDs and CD+G discs. Sega sought to match the capabilities of the competing PC Engine CD-ROM² System, and added an additional CPU and custom graphics chip. They partnered with JVC to design the Sega CD. Fearful of leaks, Sega refused to consult with Sega of America until the project was complete; Sega of America assembled parts from dummy units to obtain a functioning unit. The Sega CD was redesigned several times by Sega and licensed third-party developers. The main benefit of CD technology at the time w ...
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SuperH
SuperH (or SH) is a 32-bit reduced instruction set computing (RISC) instruction set architecture (ISA) developed by Hitachi and currently produced by Renesas. It is implemented by microcontrollers and microprocessors for embedded systems. At the time of introduction, SuperH was notable for having fixed-length 16-bit instructions in spite of its 32-bit architecture. This was a novel approach; at the time, RISC processors always used an instruction size that was the same as the internal data width, typically 32 bits. Using smaller instructions had consequences: the register file was smaller and instructions were generally two-operand format. But for the market the SuperH was aimed at, this was a small price to pay for the improved memory and processor cache efficiency. Later versions of the design, starting with SH-5, included both 16- and 32-bit instructions, with the 16-bit versions mapping onto the 32-bit version inside the CPU. This allowed the machine code to continue using ...
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Hayao Nakayama
is a Japanese businessman and was the former President and CEO of Sega Enterprises, Ltd from 1983 to 1999. Early life and career Nakayama was born into a family of doctors, and was expected to pursue medicine as a career. However, Nakayama decided to drop out of college and not to pursue medicine further. Through an advertisement in a newspaper, Nakayama found a job as a jukebox leasing salesman for the V&V Hifi Trading Company. He rose to head of a new sales department at V&V, but when the company would not take his advice to begin distributing arcade games, Nakayama left with four of his salesmen to form a company called Esco Trading in 1967. Esco served as a distributor of coin-operated amusements and represented both smaller domestic factories that did not have their own distribution network and foreign manufacturers looking to place their games in Japan. Sega Enterprises, Ltd. was one of its suppliers. Career with Sega In 1979, Esco Trading was purchased by Sega, then ...
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Reduced Instruction Set Computer
In computer engineering, a reduced instruction set computer (RISC) is a computer designed to simplify the individual instructions given to the computer to accomplish tasks. Compared to the instructions given to a complex instruction set computer (CISC), a RISC computer might require more instructions (more code) in order to accomplish a task because the individual instructions are written in simpler code. The goal is to offset the need to process more instructions by increasing the speed of each instruction, in particular by implementing an instruction pipeline, which may be simpler given simpler instructions. The key operational concept of the RISC computer is that each instruction performs only one function (e.g. copy a value from memory to a register). The RISC computer usually has many (16 or 32) high-speed, general-purpose registers with a load/store architecture in which the code for the register-register instructions (for performing arithmetic and tests) are separate fr ...
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