Game backup device
||It has been suggested that Flash cartridge be merged into this article. (Discuss) Proposed since March 2015.|
A game backup device, formerly usually called a copier and more recently a flash cartridge, is a device for backing up ROM information from a video game cartridge to a computer file called a ROM image and playing them back on the real hardware. Recently flash cartridges, especially on the Game Boy Advance and Nintendo DS platforms, only support the latter function; they cannot be used for backing up ROM data. Game backup devices also make it possible to develop homebrew software on video game systems. Game backup devices differ from modchips in that modchips are used in conjunction with systems that use generally available media such as CDs and DVDs, whereas game backup devices are used with systems that use cartridges.
Video game companies consider these devices as a tool for reverse engineering to circumvent copying. Most of the devices are made in China, but they are available globally. Recently, action has been taken by companies such as Nintendo to remove these devices from the marketplace, but the easy dissemination of information and selling of products over the Internet has made it difficult to eradicate this problem. Hobbyists argue that these devices are and should stay legal because they fulfill the need to back up games in case the original is damaged or lost; and because they permit the private development of new software on the device.
The spiritual forefather of copier devices can be traced back to the Famicom Disk System, an official add-on device for the Japanese version of the Nintendo Entertainment System. Users quickly discovered ways to copy these disks with ordinary home computers of the time and transmit the copied data to others using the emerging electronic bulletin board systems. Nintendo attempted to counter the piracy problem by slightly modifying the hardware in newer revisions, but they were unable to stop the unauthorized copying. Later, the Famicom Disk System was discontinued, supposedly because cartridge technology had caught up in capacity, but the influence of rampant piracy cannot be discounted.
When the Super Nintendo Entertainment System was released, Hong Kong based companies were quick to cash in on the same idea. They produced cartridges that fit in the video game console's cartridge slot, but were interfaced with a floppy disk drive through a connecting cable. The copier, as they were called, also had a passthrough slot into which a real game could be inserted. The device, once powered up, could be used to copy the cartridge's ROM data into files on ordinary MS-DOS formatted 3.5" floppy disks and thereafter to play the game from the same disks, without having to rely on the original cartridge being present.
When these devices were introduced to the United States and Europe, video game enthusiasts quickly started swapping the copied games over bulletin board systems. Release groups formed to cater to the need of fresh games, and also to crack the protection that was employed to thwart copying in several games released after copiers became available. Release groups would also add their own intros to games, to advertise their BBSes and new releases, and sometimes include a trainer to optionally start on later stages or with more lives.
The copier devices and dissemination of hardware information through BBSes made it possible to start developing software on the video game consoles. The software evolved from crack intros to demos, and finally to home-made games. The homebrew software development scene is still alive and active today on multiple contemporary platforms.
Also the availabity of such ROM binary dumps allowed the birth of Video game console emulators.
Similar to modchips, the legality of these methods is disputed. While they are often advertised for their ability to make legal backups, to be used to play legal homebrew software and are considered a cheap method of development compared to purchasing official development kits, a backup device's potential for software piracy is a major concern to hardware and software manufacturers.
Companies such as Nintendo have fought long legal battles against companies like Bung Enterprises and the makers of the R4DS on the grounds that their products are used primarily for piracy and qualify as theft.
Backup devices for consoles
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Super Nintendo Entertainment System
16 bit game backup devices using floppy disks. Super UFO series- by UFO Enterprise. Available from 16 to 32 Megabits. Compatible with Pro Fighter and Game Doctor file formats. File format extension is 1 to 8GM.
Game Doctor Series - by Bung Enterprise. Available up to 64 Megabits (and upgradable to 128 Megabits) with optional Digital Signal Processor cartridge to run games like Pilot Wings, Super Mario Kart and many others. Contrary to misinformation games like Tales of Phantasia, Street Fighter Alpha 2 and Star Fox do not use DSP-1. Tales of Phantasia is a standard cartridge with different a memory map than most games due to a larger size of ROM. Street Fighter Alpha 2 uses the SDD-1 coprocessor chip which primarily is used for graphics decompression. Star Fox uses the Super FX chip which is a RISC processor intended for software rendering 3D graphics used in the game. File format extension is *.078
It is important to note that no commercially produced Backup Device for Super Nintendo can play back games which use additional processing hardware in the cartridge with the sole exception of DSP-1. This is due in part to the way in which these processors operate. It may be possible with some copiers to manage to back up a game using an extra coprocessor chip though. However a very small number of games fall into this category but there are notable games included. Some examples are Mega Man X2, Mega Man X3, Star Fox, Kirby's Dreamland 3, Super Mario RPG, Super Mario World 2: Yoshi's Island, and more.
Many games are commonly incorrectly said[by whom?] to have extra coprocesser chips or said to have one but the wrong one is named. Games such as Donkey Kong Country and Tales of Phantasia often are incorrectly stated[by whom?] to have these chips.
There are two devices for the Nintendo 64 that plug into the extension port on the bottom of the system, initially intended for the 64DD: the Doctor V64 and the CD64. In addition to playing backups from a CD, they can both be used to create them by copying the information from a cartridge that is plugged into the Nintendo 64. They store the ROM image in internal memory and can be transferred to a computer via a parallel port for distribution elsewhere. The Z64 uses the cartridge slot on the top of the N64 and has a cartridge slot itself for booting backups as well as making backups. It reads from and stores backups on zip diskettes. The NEO N64 Myth Cart was released in December 2009, long after the Nintendo 64 had been discontinued, and is marketed for retro gamers. The NEO N64 Myth Cart connects to a PC using USB, and ROM images are stored in flash memory.
Schematics, PCB designs and source code for a cartridge emulator known as "PVBackup" were released by Valery Pudov.
Modern day devices include the Everdrive 64 and the 64drive. The Everdrive loads ROM images from either USB or from SD card inserted into the top of the cartridge. The 64Drive also uses USB but can also load games from either SD card or compact Flash card. Both units require a CIC chip soldering into the board and the plastic casing from a donor cartridge. Neither unit has the ability to backup cartridges. You can however backup cartridges using a device called Retrode, this is USB powered device that installs itself as a mass storage device in windows, allowing the cartridge information to be backed up.
Backup devices for handhelds
For the original Game Boy and its color successor there are numerous external copiers, such as GB Xchanger, which can back up an inserted Game Boy or Game Boy Color cartridge. The GB Xchanger plugs into a computer in order to copy the games, which can later transfer the game(s) back through the copier to a blank flash cartridge.
Game Boy Advance
Early copiers for the Game Boy Advance, Game Boy Advance SP and Game Boy Micro, like the Flash Advance Xtreme are similar to those used for the original Game Boy, as they are external copiers that use parallel ports to communicate with personal computers.
The copiers eventually made use of USB with products like first generation XG-Flash carts, which also used external copiers, but benefited from faster write speeds than its parallel port predecessors. This technology evolved into onboard external copiers like the EZFlash Advance that used the Game Boy Advance itself as a copier. These USB cables would plug into the GBAs proprietary port used for link cables or accessories like the ereader and when booted while holding Start and Select, would connect to a PC. These version are not compatible with the Game Boy Micro because it uses a different port than the GBA and GBA SP.
Nintendo DS and 3DS
There aren't any commercial backup devices for the Nintendo DS and Nintendo 3DS that are widely available, yet many devices exist to play backups on a DS or 3DS. These flashcarts are capable of using specific software to backup both DS and 3DS or Game Boy Advance games.
A copier for the Japan-only handheld, the Wonderswan, as well as the Wonderswan Color and to a lesser extent, the SwanCrystal, was released called the WonderMagic. It uses a parallel port for communication with a PC.
- 2010-04-20, Console game makers fight 'magicom' piracy craze, Asahi Shimbun
- "R4DS homepage FAQ". Retrieved 2008-08-28.
- "U.S. Federal Court Awards Judgment To Nintendo(r) Against Hong Kong Manufacturer Of Video Game Copier Devices". Market Wire. 2005. Retrieved 2008-08-28.[dead link]
- "Kotaku.com: Nintendo And 54 Companies Battle Evil R4 In Court". Retrieved 2008-08-28.
- Valery Pudov. "PVBackup".
- "Flash Advance Xtreme product description at Gameboy-Advance.net". Retrieved 2008-08-29.
- "XG Flash product description at Gameboy-Advance.net". Retrieved 2008-08-29.
- "EZFlash Advance product description at Gameboy-Advance.net". Retrieved 2008-08-29.