From Sega Retro
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|Variants: Sega Titan Video|
|Add-ons: Backup Memory, PriFun, Video CD Card, Extended RAM Cartridge, ROM Cartridge|
The Sega Saturn (セガサターン), is a video game console manufactured by Sega and was the successor to the Sega Mega Drive/Genesis (as opposed to add-ons such as the Sega 32X and Mega-CD). Initially released in 1994, the Saturn was a 32-bit compact disc-based system, and was a key player in what is now widely known as the fifth generation of video game consoles. The Saturn was first released on November 22, 1994 in Japan, May 11, 1995 in North America, and July 8, 1995 in Europe.
Depending on where you live, the Saturn could be described as either Sega's most successful console of all time (Japan) or one of their biggest commercial failures (North America). Despite being powerful for its time, its complex hardware and inability to meet rapidly evolving consumer expectations and demands put it in a distant third place in the Western world, but a combination of 2D sprite games, 3D arcade ports and strong marketing campaigns made the Saturn the most successful Sega console in Japan. Estimates for the total number of Saturns sold worldwide range from 9.5 million to 17 million.
The Saturn's main competitors were Sony's PlayStation released just a week after the Saturn in Japan, and the Nintendo 64 from September 1996. Its arcade counterpart was the Sega Titan Video (ST-V) system. It was succeeded by the Sega Dreamcast in late 1998.
- 1 Hardware
- 2 History
- 3 Emulation
- 4 Games
- 5 Magazine articles
- 6 Promotional material
- 7 Artwork
- 8 Patents
- 9 External links
- 10 References
The Sega Saturn is the successor to the Mega Drive, though as a video game system it is almost entirely different. It is a "32-bit" console, marketed in such a way that it appeared to be an evolution of the "16-bit" era of video gaming dominated by the Mega Drive and Super NES (which in turn succeeded the "8-bit" Master System and NES, respectively).
This description, however, was initially fabricated - Sega of Japan originally claimed the Saturn was a "64-bit" console and some within Sega even chose to call it an "128-bit" machine, a number arrived at by cumulating processors rather than simply picking the main CPU. Alternatively some areas of Sega simply went down the "multi-processor" route, refusing to get drawn into the perceived differences between 32-bit and 64-bit. This was incidentally the last video game generation where these so-called "bit wars" were considered to matter.
The system uses CD-ROMs as its primary choice of media. Though it contains a cartridge slot, this is not used for games, but rather backup memory or RAM cartridges. The former was to extend the space for save games beyond that of the Saturn's internal memory, while the latter was used to augment the Saturn's limited memory and to avoid long CD load times.
The Saturn has two controller ports, and the standard Saturn controller builds on that seen in the six button Sega Mega Drive controller. It adds two shoulder buttons, first seen on the Super NES controller, bringing the amount of buttons up to nine. The 3D Control Pad, released later with NiGHTS into Dreams, would supply the console with an analogue stick and analogue shoulder buttons, the latter later being used in the Sega Dreamcast before being adopted by Nintendo and Microsoft for their GameCube and Xbox consoles, respectively.
The Sega Saturn hardware combined features from several Sega arcade systems. It has a multi-processor system, like arcade machines. Its geometry engine consists of three DSP math processors, two inside both Hitachi SH-2 CPU and one inside the SCU, which were all intended to be programmed in parallel using complex assembly language, similar to how Sega programmed 3D arcade games at the time.
The VDP1 combined features from the Sega System 32 and the Sega Model series, with a quad polygon engine based on the Model 1, and texture mapping capability based on the Model 2 and System 32. The VDP1 is capable of drawing more polygons than the Model 1, but less than the Model 2. The Saturn was also influenced by the Sega Model 1's use of a separate graphics processor for the 2D backgrounds (based on the Sega System 24). The quad polygons are drawn with edge anti‑aliasing (for smoother edges), forward texture mapping (a form of perspective correction), bilinear approximation (reduces texture warping), and medium polygon accuracy (resulting in seamless polygons).
The Saturn's VDP2 was based on Sega System 32 technology (an evolution of Super Scaler technology), used for both 2D backgrounds and 3D planes; the latter can be manipulated as polygon objects. The VDP2's tiled infinite plane engine uses tilemap compression and a form of scanline/tiled rendering to draw large, detailed, 3D texture-mapped infinite planes (for things such as grounds, seas, walls, ceilings, skies, etc.), with perspective correction and a virtually unlimited draw distance (and capable of effects such as transparency, parallax scrolling, reflective water surfaces, fog/misting, fire, and heat haze), at a very high tile fillrate for its time.
The VDP2 draws 3D infinite planes as large as 4096×4096 pixels at 30 FPS, equivalent to a fillrate of over 500 MPixels/s, significantly larger than what any console or PC hardware were capable of with polygons at the time. It requires 1 million texture-mapped polygons/sec, with 500 pixels per polygon, to draw a texture-mapped 4096×4096 infinite plane at 30 FPS; the Dreamcast was the first home system capable of doing this with polygons, as it was the first home system that exceeded 500 MPixels/s polygon fillrate (using tiled rendering).
The Saturn was known for its difficult 3D development environment (especially for third-party developers), including its complex parallel processing hardware architecture, requiring familiarity with assembly language, lack of an operating system, and initial lack of C language support, useful development tools and graphics software libraries. Sega eventually provided DTS support for these features in late 1995. However, the C language development tools were not very well optimized for Saturn hardware, only tapping into a fraction of the Saturn's power, compared to assembly language which could tap into most of the Saturn's power. For example, the libraries did not use the SCU DSP, nor were they well-optimized for a multi-core CPU setup. Some of the advanced techniques used by Sega's first-party AM studios did not become available until the introduction of SGL (Saturn Graphics Library).
Only a handful of developers were able to squeeze most of the power out of the second SH-2 CPU, and even fewer utilized the SCU DSP, as its assembly code was more complex than the SH-2. Assembly language was often used by Japanese and British developers, but rarely used by American developers who preferred C language. The VDP1 rendered quadrilateral polygons, which, despite being used by the most powerful gaming system at the time (Sega Model 2 arcade system), did not become industry standard for 3D graphics, compared to the more widely used triangle polygons.
The VDP2's tiled infinite plane engine, which could draw large 3D infinite planes with a much higher draw distance, texture details and fillrate than polygons at the time, was unfamiliar to most developers who relied on polygons to construct 3D planes. Sega's first-party 3D games often utilized both CPU, the DSP, and/or both VDP, but the hardware's complexity and difficult 3D development environment led to most third-party developers only utilizing a single CPU and the VDP1, just a portion of the Saturn's power, for 3D games. This was also partly due to the advanced techniques used by Sega's first-party studios being unavailable to third-party developers until the introduction of SGL. While the VDP2 was under-utilized for 3D games, it was frequently used for 2D games, where the VDP1 draws sprites and the VDP2 draws scrolling backgrounds.
- Main article: Sega Saturn consoles.
There are a variety of Sega Saturn models of different shapes and colours, as well as novelty units, such as the Game & Car Navi HiSaturn. Differences between systems are not as drastic as seen with the Sega Mega Drive - the same basic feature set and component designs were used throughout the console's lifespan in all regions.
First seen on launch day in Japan (1994-11-22), the HST-3200 (later revised and released as the HST-3210, although the differences aside from a BIOS update are not fully understood), commonly referred to as the "grey Saturn" (although during development it had a metallic finish), was the basis for all Sega Saturns released between the Japanese launch and early 1996. These Saturns use blue "oval" buttons, mounted to black plastic at the front of the unit, and have both "power" and "access" LEDs similar to the Sega Mega-CD.
The Saturn saw variants produced by Hitachi and Victor as the HiSaturn and V-Saturn respectively, though aside from altered BIOSes and aesthetics (and bundles/pricing) these do not deviate much from the Sega designs. Novelty value sees these models worth slightly more in pre-owned markets - fewer were produced than the Sega models, but compatibility rates are much the same.
Overseas versions are physically identical (save for region encoding), but use black plastic throughout.
Released in March 1996, the HST-3220 stands as the only significant change to the Saturn's design, although functionality wise, the only feature omitted is the "access" LED seen in previous models. Reportedly the change in colour scheme was made to appeal to younger and female demographics.
These "white" Saturns likely cost less to produce (they were certainly sold for a lot less in Japan), but from a user perspective the change is largely negligible - the console is roughly the same size and has no problems running any Saturn software. White Saturns opt for grey "circle" power and reset buttons and a pink "open" button for lifting the lid.
It is rumoured, though not proven, that the HST-3220 has a faster disc reading time than its earlier counterparts, meaning quicker loading screens in games.
When brought overseas the console continued to be shipped only in black, although the North American and European models have different coloured buttons. In 1998 Sega started releasing special versions of these consoles with semi-transparent plastic under the "This is cool" brand - only 30,000 units were produced. Again aside from aesthetic differences the consoles are interchangeable.
Some of the Japanese colour designs were also brought to Brazil.
Motherboards: Note that the changes are all evolutionary unless noted. If one revision, for example, integrates two ICs into one, all following ones have that too unless noted.
Board types used in Model 1: VA0 to 3
Board types used in Model 2: VA2 to 15
- VA0: Launch units, very first revision. CD Block is on a daughterboard, power supply mounted on top ("Type A"). Power led, access led, on/off and reset buttons, and the CD Tray open/close sensor are all separate. Uses ENR-007B drives (on some later units, ENR-007D). Very rarely they may have a Hitachi drive instead (JA00292).
- VA1: marked as "VA" on the motherboard, "VA1" on the controller board. Power supply is now bottom mounted ("Type B"). Every previous sub-board is now integrated to the motherboard, except the controller ports which are separated. This includes the CD Tray sensor which is now a very tall switch on the motherboards. Uses ENR-007D drives.
- VA2 & 3: Same form factor as VA1, but there are small changes to accompany the different CD Drive. The controller board is also a little different from VA1. VA2 is marked as VA SG, and VA3 is marked as VA SD. Type B power supply and ENR-011A drive. VA2 uses SG RAM for the main memory, VA3 uses SD RAM (hence their markings). You'll notice that even revisions will all use SG RAM and the following odd one will use SD RAM, but the boards themselves are otherwise identical.
- VA4 & 5: Exactly the same as VA2 and 3, respectively, but in a model 2 case. The only difference is that a few components are removed (access led, memory reset button, resistor leading to both of them), since they are not used on model 2s anymore. Type B power supply, ENR-011A drive. Note that some model 2s are still marked as VA2 or 3 by the serial number, but they also have those components removed, perhaps some manufacturers failed to get the memo.
- VA6 to 9: Entirely new form factor, everything is in a single board from now on. Uses a new PLL chip (CY2292SC-45). Power supply has a different pinout ("Type C"). Uses ENR-013A drive. Some units may have a Sanyo 610-6185-30 drive instead.
- VA6 & 7 has the CD Block reduced to a single IC from the previous two, VA8 & 9 has them still separated.
- VA6 & 8 uses SG RAM, VA 7 & 9 uses SD RAM.
- VA9 seems to be using a much later design and is almost exclusive to PAL units, the only exception being the Hi-Saturn MMP-11. It also uses the old type PLL chip (315-5746, aka Hitachi HD49422).
- VA10 to 15: uses HQA-001A drive, sometimes rarely a Sanyo 610-6294-30 or a Sanyo 610-6473-30 instead. Sound block is now integrated to a single IC instead of two. Type C power supply.
- VA10 uses SG RAM, VA11 & 13 & 15 uses SD RAM.
- VA11 has a small extra daughter board to fix some design error. The function of that board is unknown.
- VA11+ boards have a different form factor DAC, VA10 uses the old one.
- VA12 and 14 were never produced. They would have been SG RAM counterparts to VA13 and 15. They may have been produced in extremely low quantities, so low that they haven't been spotted, but it is doubtful
- VA15 integrates the two SH-2 main cpus into a single IC.
Note: the integrated sound block has a bug in certain 68000 commands, this might be the same bug as the Genesis 3 suffers from as that one also has an integrated 68000 made by Yamaha. The result is that certain games are incompatible with these boards. The Japanese only releases of Space Harrier and Outrun are the only two that come to mind, and both have received second pressings that eliminate this bug and work in all machines equally. Metal Slug is rumored to be incompatible, but this appears to be false.
PAL Motherboards (only the main differences are listed, otherwise see above): All PAL boards use different region & video output jumpers when compared to ntsc machines and use a 17.7344 Mhz master clock (NTSC units use 14.31818 Mhz). They also replace the c-sync output of the a/v out with a 9v connection, intended for SCART auto switching. On VA7+ boards, there is an extra power supply pin added to the entire machine just for that. C-sync is still there, just not wired into the a/v out, it can be restored with modding very easily (in case you are interested, the test point for c-sync is TP4 near the a/v out, on the bottom of the board).
- VA0 PAL - has extra jumpers to set the master clock divider (JP18 & 19), functional but unpopulated 50/60hz switch on the back (SW4).
- VA1 PAL - unpopulated 50/60hz switch on the back (SW4). There is a design snafu however, as it is still connected to the master clock divider select pin. Therefore the switch does not work on its own, you have to cut or raise+ground the PLL pin 1 for the switch to work.
- VA3 PAL - has extra jumpers to set the master clock divider (JP20 & 21), functional but unpopulated 50/60hz switch on the back (SW4).
- VA5 PAL - same as VA3 PAL.
- VA7 PAL - chronologically, this board was designed after VA9, likely to use up remaining stock of certain parts. Unlike NTSC boards, this still uses the old Hitachi PLL (315-5746), and its pin 1 is interconnected to the pal/ntsc and 50/60hz selection pins on the video encoder and the VDP2. So, for installing 50/60hz switches, you have to separate those accordingly. Has an extra fifth power supply pin for the a/v out (for SCART auto selection).
- VA9 - same notes apply as for VA7 PAL. This is an odd board in that it has no NTSC equivalent. Only the model 2 Hi-Saturn MMP-11 used VA9 boards, and they used the exact same boards as PAL machines, not counting the different jumper setup, master clock, power supply, etc.
- VA13 PAL - Has an extra fifth power supply pin for the a/v out (for SCART auto selection), but otherwise it seems to be identical to the NTSC boards.
It should be noted that no PAL board ever used SGRAM. The cause of this is unknown. Of course, the cause of using SGRAM in the first place is also unknown (and up to speculation - possible causes for both points include contractual obligations, shortage of one specific part, or a very good deal on SGRAM that made it worth to design two of each motherboards).
- Type A is for VA0 units, is mounted to the top, pinout is GND, GND, 3.3V, 5V, (empty pin), 9V. (5 pins total)
- Type B is for VA 1 to 5 units, bottom mounted, pinout is GND, GND, 3.3V, 5V, 9V. (5 pins total)
- Type C is for VA6+ units, bottom mounted, pinout is GND, GND, 5V, 5V (4 pins total).
PAL units use a 5-pin variant of Type C power supplies, where the extra fifth pin is a 9V used exclusively in the a/v connector (for SCART auto switching). Later Asian units (that have a 220v power supply) most likely use that type of power supply too, with the 5th pin just not connected. In fact there are some USA and Asian machines that had a hole for the fifth pin but it was not connected to anything. The moniker "Type A/B/C" is coined by the service manuals.
- 20pin, VA0-1:
- JVC ENR-007B EMW10447-003E
- JVC ENR-007B EMW10447-004E
- JVC ENR-007D EMW10447-005E
- JVC ENR-007D EMW10447-006E
- Hitachi JA00292
These are all 20pin units. The Hitachi drive is rarely found in Japanese units, most commonly on early Hi-Saturns. They also seem to be exclusive to the SKC-1000 and SKC-1000C. There is a small difference in the microcontrollers used between ENR-007B and D.
- 21pin, VA 2-5:
- JVC ENR-011A EMW10589-002
- JVC ENR-011A EMW10589-003
These are the so-called 64pin drives. The -002 one seems to be used only in model 1s and the -003 only in model 2s, but it seems they are exchangeable.
- 21pin, VA6-9:
- JVC ENR-013A EMW20035-002 610-6185-20
- Sanyo 610-6185-30
The JVC drive is most often referred to as the 32pin drive. The Sanyo drive may or may not come with an extra Trap Board, its function is unknown at this point.
- 21pin, VA10-15:
- JVC HQA-001A HQ100002-002 610-6294-20
- Sanyo 610-6294-30
- Sanyo 610-6473-30
Same as the above ones, but they all lack an oscillator and have a white border on the edges of the PCB. The Sanyo drive does not always comes with a trap board apparently.
Optical pickups used:
- for EVERY JVC drive: Optima-6
- for the Hitachi drive: HOP-6
- for Sanyo drives: SF-P101 is used in the 610-6185-30.
As you can see, there are three different Sanyo drives, from two different type of drive families. Modchip guides seem to take them all under the same umbrella, and that's why one guide may not work with one of the Sanyo drives (as it was meant for the other type).
Special Saturn units: note: all production numbers are ESTIMATED FROM THE SERIAL NUMBERS. They may not be entirely accurate.
- "This Is Cool" Skeleton Saturns: exact same as the normal Japanese units, except for the shell and the boxing, and they came with transparent controllers as well. They had VA13 and VA15 motherboards inside. VA13 seems to have been in the HST-0020 Special Campaign Original machines, while the VA15 ones were in HST-0021 models. These were among the last Saturns ever produced. The HST-0020s were made in late 1997, and the VA15 ones in 1998. They were all made by Seiyo Denshi. Estimated production based on the serials seen: ~30,000 to ~40,000. There is a rumor that made its way to Wikipedia stating that these units were made for the USA market, but this is false, no USA Skeleton machine exists. The only American skeleton unit was the Brazilian Tectoy model, which was most likely a rebranded Derby Stallion Skeleton unit.
- Derby Stallion Skeleton Saturns: exact same as the normal Japanese units, except for the shell and the boxing. In contrast to the other Skeleton units, these had a lighter and greener transparent case and no "this is cool" logo. They were all VA15 boards, and the HST-0022 package they were sold as was the very last Saturn bundle Sega released. They were all made by Sanwa Denki in 1998, but released much later in 1999 to promote the Derby Stallion game software. Estimated production based on the serials seen: at least ~12,000, might be as much as ~30,000.
- Victor V-Saturn: exact same as the normal Japanese units, the only difference is the BIOS rom, the case color, and the brand. They used pretty much every type of motherboard and are quite common. Based on the serials, there are ~70,000 model 1 units and ~140,000 model 2 units produced, and they have been in production from the very start (November 1994) to the very end (July 1998).
- Hitachi Hi-Saturn: exact same as the normal Japanese units, the only difference is the BIOS rom, the case color, and the brand. They used VA0, VA1 and VA2 boards for the MMP-1, MMP-1-1 and MMP-1-2 units (model 1) and VA9 for MMP-11 units (model 2). They also had a Video CD card included, as they were meant to be multimedia units, sold for A/V enthusiasts. The case color was unique only for the top, the bottom of the case was a normal black one, like in USA and PAL machines. Produced: ~5,500 (MMP-1), ~2,000 (MMP-1-1), ~11,000 (MMP-1-2), ~10,000 (MMP-11). Note that due to the low production number, these estimates are not very accurate, they may have been thousands more units produced.
- Hitachi Hi-Saturn NAVI (MMP-1000NV): A specialized unit with an external power supply, karaoke controls (voice cancellation DSP and microphone inputs), GPS, optional LCD display, video input for optional TV Tuner, and lots of other things. They used a unique motherboard most likely based on VA1 or VA2/3 boards. The CD Drive is a huge cusotm board that houses all the extra audio functions. Optical pickup is unknown, presumed to be a Hitachi type. Has no RGB out, but it can be modded back in fairly easily. Produced from 1995 November to at least 1996 January, number of units produced is unknown, and hard to estimate as they are rarely seen. The highest serial on record of is 1416, so ~1,500 produced units seems plausible. A guesstimate given by nfggames is ~2,000 units produced.
- Samsung Saturn: a machine released in South Korea under the Samsung brand. There are a lot of rumors about what is inside these, but all units that have been seen opened up were all completely stock Japanese VA1 motherboards (171-7006C 837-11613-01), had everything intact, with only the region jumpers and the BIOS rom being different. The region is set to 2 for Korea, and the BIOS version states v1.02a and looks like the USA/PAL version rather than the Japanese one. The bios has a unique quirk that when it is set to the default region-2, the Japanese language option is disabled. The power supply is unique in that it accepts 110v-220v. Some units were packaged with a region converter cartridge and a game. Units produced: unknown, probably ~3,000-4,000, but there might have been a lot more.
- Asian / HK units: these were again normal Japanese units, with different boxing only, and a 200-240v power supply. These units all have their model numbers end in -07. Not much to say about these, their boxes were in English instead of Japanese. They are a nice option if you live in PAL land but want a 60hz machine without modding, as their 220v power supply makes voltage converters unnecessary. They had counterparts for almost every Japanese boxed release. Known motherboards are VA0, 1, 3, 5, 7, 13, and 15. The last few units came with Video CD cards preinstalled, and had a red "Video CD" label on the console and the boxing had unique yellow colors instead of white.
- Korean units: not to be confused with the Samsung Saturn. These were Sega branded model 2s, model number MK-80200A-08. They are similar in appearance to the US model 2s, but with the Japanese-style Sega Saturn logo instead of the western-style logo. They were made in 1997 and distributed by Kama Entertainment, use VA13 boards, region is set to 1 for Japan, the BIOS version states v1.01, and the power supply is 220v.
- Tectoy Sega Saturn: sold in Brazil by Tectoy, these units were essentially rebranded USA units at first (both model 1 and 2), then Japanese white units, and lastly Derby Stallion Skeleton Saturns. All these units had a few internal modifications: custom power supplies were added, all serial numbers were removed, the region was changed to region 4 for USA when necessary, and units were fitted to output PAL-M signal. This sometimes included changing the master clock to 14.302446 Mhz, but sometimes they only added a separate sub-board with an oscillator, and fed the clock input directly to the video encoder, leaving the default 14.318 Mhz master clock in place. Since all serials were removed, it is impossible to guess how many of these were made.
- Sunseibu SGX: a unit that was apparently used as a hotel kiosk with a coin based timer system, and could house multiple game CDs inside which were selectable. There is not enough info on this, but the one internal screenshot seen has suggested that it used a VA SG or VA SD type board.
- SKC: short for Sega Karaoke Commander, this was a Denon/Columbia built dedicated Karaoke machine with multiple audio/video outputs, multiple microphone inputs, dedicated high quality mixers and DSPs, a modem, a SCSI hard drive, and connections for an optional CD Changer that could house ~50 discs, and for a coin counter. The unit connected to the internet and to download midi-esque song data + lyrics, and other updates such as latest news, ads, weather forecasts, etc. You could then select a song to play (even queue up multiple ones), and show off your karaoke skills for a few coins. It is assumed that the CD Changer could be filled with discs and then the system could double as a jukebox, but this is unknown. It could also play Saturn games, but with no battery backups and cart connectors, this function was limited - and it is unknown how it would've functioned with the coin input. Internally the machine uses mostly Denon boards, a Roland DSP board, and a Saturn board based on a VA0, but labelled as "Commander" instead, with its own BIOS. The machine has no RGB out, but has 4-6 Composite and S-video outputs, perhaps driving all of them at the same time. There was a later revision called SKC-1000C which reduced the huge amount of boards inside. The main motherboard on that one was labelled "Commander C", and included the full Saturn hardware, the hard drive controller, and the ROM board (those were separate on the SKC-1000).
- Main article: Sega Saturn/Technical specifications.
- Main article: Sega Saturn/Hardware comparison.
- Main article: History of the Sega Saturn.
|Name||Operating System(s)||Latest Version||Active||Source/License|
|SSF||Windows||0.12 beta R4||✓||Closed|
|Mednafen||Windows 64bits / GNU/Linux 64bits||1.21.3||✓||Open / GNU GPLv2|
|Yabause||Windows / Mac / GNU/Linux / FreeBSD / Dreamcast / Android||0.9.15||✓||Open / GNU GPLv2|
|Yaba Sanshiro (old uoYabause)||Android / iOS / Windows||1.8||✓||Part Open / Part not public yet (Fork of Yabause) / GNU GPLv2|
|Kronos||GNU/Linux / Windows||1.2||✓||Part Open / Part not public yet (Fork of Yaba Sanshiro) / GNU GPLv2|
|MAME||Multi-platform||0.192||✓||Open / GNU GPLv2|
|Satourne||Windows||2.0 beta 3||✗||Closed|
The Saturn is notoriously hard to emulate due to its complex architecture (dual processors, etc.), but are notable emulators do exist:
- SSF is a highly compatible emulator, which is in continual development by a single developer.
- GiriGiri was initially based on an abandoned emulator by Sega themselves, and was considered the best until development ceased and SSF overtook it.
- Yabause is an open-source effort to create a Saturn emulator. Meanwhile Yaba Sanshiro the old uoYabause is a fork of Yabause centered in Mobile version like Android and iOS. Kronos is a fork of Yaba Sanshiro focus in a PC platforms: GNU/Linux and Windows.
- Mednafen Sega Saturn is also an open-source that is still in an experimental stage, but already highly compatible and can play games that don't work properly with SSF or Yabause.
- Nova is a new and last emulator join to the party. Which is in development by a single developer.
Software that plays files in the Saturn Sound Format, which stores audio ripped from games, does so through emulation of the audio-related code only.
- Main article: Sega Saturn games.
- Main article: Sega Saturn/Magazine articles.
#24: "May 1995" (1995-xx-xx)
#0811: "Vol. 8 No. 11 November 1995" (1995-xx-xx)
#11: "November 1995" (1995-10-24)
also published in:
- Electronic Gaming Monthly (US) #77: "December 1995" (1995-xx-xx)
#18: "June 1996" (1996-05-21)
also published in:
- GamePro (US) #93: "June 1996" (1996-xx-xx)
#57: "Octobre 1995" (1995-xx-xx)
also published in:
- CD Consoles (FR) #11: "Novembre 1995" (1995-xx-xx)
#12: "Décembre 1995" (1995-xx-xx)
#46: "Julio 1995" (1995-xx-xx)
#1: "Outubro 1995" (1995-xx-xx)
#21: "August 1995" (1995-xx-xx)
also published in:
- Hyper (AU) #20: "July 1995" (1995-xx-xx)
US (Who? 15 second variant)
UK (launch; long)
UK (launch; short)
- Dave's Sega Saturn Page - Famous fansite that was extremely popular during the Saturn's heyday (no longer updated).
- File:Saturn JP TVAdvert SaturnFromSaturn.mp4
- File:CVG UK 164.pdf, page 7
- File:CVG UK 165.pdf, page 30
- File:ConsolesMicro FR 01.pdf, page 13
- File:SegaMagazin DE 21.pdf, page 6
- File:HobbyConsolas ES 046.pdf, page 28
- File:HobbyConsolas ES 050.pdf, page 26
- File:VideoGame BR 54.pdf, page 36
- File:AcaoGames BR 091.pdf, page 10
- History of the Sega Saturn/Decline and legacy
- File:Edge UK 024.pdf, page 9
- File:Hyper AU 003.pdf, page 8
- Technology That Defines the Next Generation: The Sega Saturn White Paper
- Sega Saturn 3D Capabilities
- File:SSM UK 24.pdf, page 25
- Pure Entertainment Interview
- Jason Gosling (Core Design) Interview (Edge)
- File:Edge UK 030.pdf, page 99
- File:MAXIMUM UK 06.pdf, page 127
- File:EGM US 077.pdf, page 64
- File:GamePro US 093.pdf, page 22
- File:CDConsoles FR 11.pdf, page 89
- File:Hyper AU 022.pdf, page 11
- File:SuperGamePower BR 019.pdf, page 20
- File:VideoGame BR 54.pdf, page 2
|Sega Home Video Game Systems|
|SG-1000||SG-1000 II||Mega Drive||Mega Drive II|
|SC-3000||Mega-CD||Mega-CD II||Genesis 3|
|Sega Mark III||32X||Dreamcast|
|Master System||Master System II|
|AI Computer||Game Gear|