yes
Check your cable. If you are using a universal component cable, and the switch on the cable is set to video, you will get only black and white on the Wii. Flip the switch to component and your problem may vanish - mine did.
Computers use three signals to create a color image. Red, green and blue colors are mixed to create all colors on the screen. If one of the three colors is missing, a color cast will be seen. The green and yellow tints indicate that the blue signal is missing. White will therefore be a mix of red and green rather than a mix of all three colors. The color displayed will be yellow rather than white. Some projectors also use the same connectors for both RGB and component signals. Component signals also use three wires but the color is encoded differently. If the projector is looking for a component signal and actually receiving an RGB signal, color distortions will result. Check the input set up on the projector to see if it is set to component instead of RGB or VGA settings. Often, the problem can be tracked down to the interconnect between the computer and the display. VGA connectors and the cable are liable to fail after a period of time because of the delicate nature of the connecting pins or the cable itself. The first step is to replace the cable and see if the problem is fixed. If not, then the problem may well be within the display card of the computer or the receiver circuitry in the projector. If possible, use a known good computer display and cable to see if red green and blue are being output from the computer. If they are, then the input circuitry in the projector is suspect. If the fault persists, it points to a fault in the computer itself.
S-video is a two wire interface while ypbbr is a three wire interface. Therefore, an S-video cable cannot be used for any component signals. S-video supports only standard definition, that is, PAL or NTSC color encoding. Component signals (ypbbr) support both standard definition and high definition.
Component video is carried on three wires, normally referred to as YUV or Y, Pb, Pr. The Y component carries the luminance information - the brightness. The other two carry color information. Connecting a component signal to a composite input will be difficult as composite uses a single connector that carries brightness and color signals on the same wire. If you connect the Y of the component signal to the composite input, you will see a monochrome image. With a very, very few exceptions, analog component video is limited to standard resolution, so the highest will be 480 line (North American) or 576 line (European). Composite connections handle only standard definition and there is no composite standard for HD video.
You can, but I'd suggest that it's used only for short runs, maybe up to 6 feet, max. The picture quality will probably suffer due to internal signal reflections, causing ghosting of the image or ssome smearing of the video, but it'll work.
Cable lg studioworks 563n
It lets you know what material the cable is made from.
Speaker cable can have an insulator that could be any color. The wire inside is typically silver, copper or gold colored.
Triton is an E Ink color display that is beyond the prototype stage. It is planned to be used in ebook readers to be released towards the end of 2011.
Red, Blue and Green rca cables are a component video cable. Each cable carries the information that comprises the red, blue and green color information for the picture. The green cable also carries the sync or refresh information for the picture. This cable can carry video with resolutions from 420i (standard analog TV) to 1080i (currently the highest definition broadcast in North America on digital TV).
NO.
red