The Nintendo GameCube is avideo game console released by Nintendo on September 15, 2001 in Japan, November 18, 2001 in North America, May 3, 2002 in Europe, and May 17, 2002 in Australia. It was the successor to the Nintendo 64. As part of the sixth generation of gaming, the Nintendo GameCube competed with the Sega Dreamcast (which ceased production before the GameCube launched), Sony's PlayStation 2, and Microsoft's Xbox.
Like its predecessor, the Nintendo 64, the Nintendo GameCube was available in many colors. The two most common color variants, released during the console's launch, were "Indigo" (the standard color used in most early advertising) and "Jet Black." "Spice" (orange-colored) GameCubes were also offered as standard models, but only in Japan. However, the standard controller was widely available in this color outside of Japan as well. Later, Nintendo released GameCubes with a "Platinum" (silver) color scheme, initially marketed as a limited edition product. Other limited edition colors and styles were also only released in Japan.
The Nintendo GameCube Game Disc was the software storage medium for the Nintendo GameCube, created by Matsushita. Chosen to prevent unauthorized copying and to avoid licensing fees to the DVD Consortium, it was Nintendo's first non-cartridge storage method for consoles released outside of Japan (the Famicom Disk System and Nintendo 64DD were exclusive to Japan). Some games which contain large amounts of voice acting or pre-rendered video (for example, Tales of Symphonia) have been released on two discs; however, only twenty-five games have been released on two discs, and none require more than two discs.
The GameCube features two ports that accommodate memory cards for saving game data. The three official memory card sizes are: 59 blocks (4 Mbit/512 KB, gray card), 251 blocks (16 Mbit/2 MB, black), and 1019 blocks (64 Mbit/8 MB, white). Third-party memory cards were also widely available.
The standard GameCube controller has a wing grip design, and was designed to fit well in the player's hands. It includes a total of eight buttons, two analog sticks, a D-pad, and an internal rumble motor. The primary analog stick was on the left, with the D-pad below it. On the right are four buttons; a large green "A" button in the center, a smaller red "B" button to the left, an "X" button to the right and a "Y" button to the top. Below those, there was a yellow "C" stick, which often serves different functions, such as controlling the camera. The Start/Pause button was located at the middle of the controller face, and the rumble motor was encased within the center of the controller.On the top of the controller there are two analog shoulder buttons marked "L" and "R," as well as one digital button marked "Z." The "L" and "R" shoulder buttons feature both analog and digital capabilities. Each of these buttons behaves as a typical analog button until fully depressed, at which point the button "clicks" to register an additional digital signal. This method effectively serves to provide two functions per button without actually adding two separate physical buttons.
The standard GameCube controller has a wing grip design, and was designed to fit well in the player's hands. It includes a total of eight buttons, two analog sticks, a D-pad, and an internal rumble motor. The primary analog stick was on the left, with the D-pad below it. On the right are four buttons; a large green "A" button in the center, a smaller red "B" button to the left, an "X" button to the right and a "Y" button to the top. Below those, there was a yellow "C" stick, which often serves different functions, such as controlling the camera. The Start/Pause button was located at the middle of the controller face, and the rumble motor was encased within the center of the controller.On the top of the controller there are two analog shoulder buttons marked "L" and "R," as well as one digital button marked "Z." The "L" and "R" shoulder buttons feature both analog and digital capabilities. Each of these buttons behaves as a typical analog button until fully depressed, at which point the button "clicks" to register an additional digital signal. This method effectively serves to provide two functions per button without actually adding two separate physical buttons.
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