Difference between revisions of "SNES Capture"

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The standard model SNES has a multi-out A/V connector in the back.  The standard A/V cables that came with the system include the standard red white and yellow (composite video) connectors.  This same connector is used by the Nintendo 64 and the Gamecube.  You can use the standard A/V cables that are included with the SNES and connect them to your recording equipment to get video footage that is acceptable for SDA.  While the standard A/V cables that come with the SNES are composite video, the SNES is also capable of outputting S-Video.  Nintendo did not release an official S-Video connector for the SNES, however you can purchase a third party set of cables that includes it.  S-Video provides superior picture clarity and quality and it is strongly preferred over composite video.
 
The standard model SNES has a multi-out A/V connector in the back.  The standard A/V cables that came with the system include the standard red white and yellow (composite video) connectors.  This same connector is used by the Nintendo 64 and the Gamecube.  You can use the standard A/V cables that are included with the SNES and connect them to your recording equipment to get video footage that is acceptable for SDA.  While the standard A/V cables that come with the SNES are composite video, the SNES is also capable of outputting S-Video.  Nintendo did not release an official S-Video connector for the SNES, however you can purchase a third party set of cables that includes it.  S-Video provides superior picture clarity and quality and it is strongly preferred over composite video.
 
[[Image:Snessvideo.JPG|frame|right| Left: The standard A/V cables from Nintendo <br /> Right: Third party A/V cables with S-Video]]
 
[[Image:Snessvideo.JPG|frame|right| Left: The standard A/V cables from Nintendo <br /> Right: Third party A/V cables with S-Video]]
 
 
 
The standard Nintendo Entertainment System contains audio and video two video outputs, RCA Composite and RF.  Use the composite video output and do not use the RF output.  The RF video outputs an inferior quality signal and the video will contain vertical lines affectionately nicknamed jailbars.  The NES also features one RCA audio connector (the red plug).  There isn't another connector for the white RCA audio connector plug because the NES only supports one channel of audio. 
 
 
The standard Nintendo Entertainment System suffers from some problems loading games successfully after they are inserted into the console.  These problems have a variety of causes, from the console's 72 pin connector to its game lockout chip.  For help with NES maintenance and troubleshooting, [http://www.hardcoregaming101.net/nesmaintenance/nesmaintenance.htm Hardcore Gaming has provided a helpful tutorial]
 
 
  
 
==SNES-101 (SNES jr) ==
 
==SNES-101 (SNES jr) ==

Revision as of 11:04, 17 May 2013

Console Information

Snes.jpg

Nintendo Entertainment System
Resolution 240
A/V Outputs S-video,Composite, RF
Framerate 60.0988 progressive/30.0494 interlaced More Info
Models SNES, SNES-101 (SNES Jr)

A word of caution

The Super Nintendo (all models) outputs a video signal that is 240 lines of resolution. Recording this should not be a problem if you are using a standard definition capture device (one that only has composite/S-Video inputs) or a DVD recorder. You may run into problems if you are using a capture device that is designed to record high definition footage to try and record video from your NES. Most high definition video capture devices do not support video resolutions that are this low. Unless your high definition capture device explicitly lists support for 240 lines of resolution, it is safe to assume that it will not be able to record video from the SNES and you will need a standard definition capture device to record the footage. Two commonly used capture devices that support 240 lines of resolution are the Dazzle DVC100 and the Ez-Cap.

Super Nintendo Entertainment System (SNES)

The standard model SNES has a multi-out A/V connector in the back. The standard A/V cables that came with the system include the standard red white and yellow (composite video) connectors. This same connector is used by the Nintendo 64 and the Gamecube. You can use the standard A/V cables that are included with the SNES and connect them to your recording equipment to get video footage that is acceptable for SDA. While the standard A/V cables that come with the SNES are composite video, the SNES is also capable of outputting S-Video. Nintendo did not release an official S-Video connector for the SNES, however you can purchase a third party set of cables that includes it. S-Video provides superior picture clarity and quality and it is strongly preferred over composite video.

Left: The standard A/V cables from Nintendo
Right: Third party A/V cables with S-Video

SNES-101 (SNES jr)

Snes2.jpg

The redesign of the SNES offers some dramatic improvements in the reliability of loading games, but takes a major step back in video quality. The NES-101, also known as the top loader or the NES II featured a new top loading system for inserting cartridges. The NES II also uses a new and more reliable 72 pin connector. Nintendo also eliminated the lockout chip. These improvements allow the top loader to successfully load games much more consistently than the standard NES. Unfortunately Nintendo eliminated the Composite Video output. The only video output the top loader has is RF.

It is possible to modify the NES Toploader to add composite video output and RCA audio out. This will allow for the Toploader to output video and audio that is of the same quality as the original NES. This modification is acceptable by SDA's rules. You can perform the modification yourself by following the steps here. There are people online that will do it for you for a reasonable price

A modified NES toploader
If you absolutely cannot get your NES Toploader modified, you can use a VCR to convert the RF signal to a RCA composite video and audio outputs. Connect the RF input from the console to your VCR and then connect your RCA cables to the A/V out section of your VCR to your splitters or DVD recorders. The quality of your footage will suffer because of this.
A sample of the vertical lines or jailbars you get with RF video
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