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Precautions Concerning TV Screen Damage (Image Retention)
Some televisions can be damaged when a stationary image is maintained on the screen for long periods of time, as this could potentially "burn" the stationary image into the screen. This image retention can result from a variety of sources, including test patterns, VCR on-screen programming screens, or picture-in-picture boxes. Playing video games with stationary images or patterns, or leaving video games on hold or pause, may also lead to this type of damage.

Before using your Nintendo system with any TV, especially front and rear projection type TVs, be sure to review all documentation included with your TV to find out whether video games can be played on the TV without damaging it.
When taking a short break, place the game on pause and turn the TV off until you are ready to play again.
If you are not sure about your TV, contact the manufacturer of the TV for more information.
Neither Nintendo nor any of Nintendo's licensees will be liable for any damage to your TV.

Projection TVs (front and rear):
Due to their design, front and rear projection TVs can be more susceptible to image retention. Remember to be sure to review all documentation included with your TV to find out whether video games can be played on your TV without damaging it.

High-Definition TV's (HDTV):
Projection style HDTVs display the image in much the same manner as other type projection TVs and as such, the same possibility of image retention exists. HDTV's that use a tube screen should be no more susceptible to image retention than standard TVs that use a tube screen. For either type of HDTV, follow the precautions on this page.

Plasma TVs or LCD Screens:
We have no information on Plasma TVs or LCD type TVs. Since image retention is a variable of the TV, please check your TV manual or contact the manufacturer directly before connecting any video game system to your television.
Nintendo repAir center

Precautions Concerning TV Screen Damage (Image Retention)
Some televisions can be damaged when a stationary image is maintained on the screen for long periods of time, as this could potentially "burn" the stationary image into the screen. This image retention can result from a variety of sources, including test patterns, VCR on-screen programming screens, or picture-in-picture boxes. Playing video games with stationary images or patterns, or leaving video games on hold or pause, may also lead to this type of damage.

Before using your Nintendo system with any TV, especially front and rear projection type TVs, be sure to review all documentation included with your TV to find out whether video games can be played on the TV without damaging it.
When taking a short break, place the game on pause and turn the TV off until you are ready to play again.
If you are not sure about your TV, contact the manufacturer of the TV for more information.
Neither Nintendo nor any of Nintendo's licensees will be liable for any damage to your TV.

Projection TVs (front and rear):
Due to their design, front and rear projection TVs can be more susceptible to image retention. Remember to be sure to review all documentation included with your TV to find out whether video games can be played on your TV without damaging it.

High-Definition TV's (HDTV):
Projection style HDTVs display the image in much the same manner as other type projection TVs and as such, the same possibility of image retention exists. HDTV's that use a tube screen should be no more susceptible to image retention than standard TVs that use a tube screen. For either type of HDTV, follow the precautions on this page.

Plasma TVs or LCD Screens:
We have no information on Plasma TVs or LCD type TVs. Since image retention is a variable of the TV, please check your TV manual or contact the manufacturer directly before connecting any video game system to your television.

Precautions Concerning TV Screen Damage (Image Retention)
Some televisions can be damaged when a stationary image is maintained on the screen for long periods of time, as this could potentially "burn" the stationary image into the screen. This image retention can result from a variety of sources, including test patterns, VCR on-screen programming screens, or picture-in-picture boxes. Playing video games with stationary images or patterns, or leaving video games on hold or pause, may also lead to this type of damage.

Before using your Nintendo system with any TV, especially front and rear projection type TVs, be sure to review all documentation included with your TV to find out whether video games can be played on the TV without damaging it.
When taking a short break, place the game on pause and turn the TV off until you are ready to play again.
If you are not sure about your TV, contact the manufacturer of the TV for more information.
Neither Nintendo nor any of Nintendo's licensees will be liable for any damage to your TV.

Projection TVs (front and rear):
Due to their design, front and rear projection TVs can be more susceptible to image retention. Remember to be sure to review all documentation included with your TV to find out whether video games can be played on your TV without damaging it.

High-Definition TV's (HDTV):
Projection style HDTVs display the image in much the same manner as other type projection TVs and as such, the same possibility of image retention exists. HDTV's that use a tube screen should be no more susceptible to image retention than standard TVs that use a tube screen. For either type of HDTV, follow the precautions on this page.

Plasma TVs or LCD Screens:
We have no information on Plasma TVs or LCD type TVs. Since image retention is a variable of the TV, please check your TV manual or contact the manufacturer directly before connecting any video game system to your television.

hi,
if u are using the composite video the try component video. composite video will dive u a dull image than component one. also check the distance between the projector an screen.Make sure the projection screen is between the required distance 4.9 to 40.7 feet (1.5 to 12.5 meters) from the projector.
ok

Does your Windows "desktop" and "wallpaper" completely fill to the borders? If not, then you either need to reconfigure your video-adapter, or use the video-adapter controls to "widen" and "stretch" the image, to fill the viewable area of your screen.

It sounds like you're receiving partial information on the LCD screen and that the image sensor isn't sending information to the screen.

If you know the sensor is working by recording some video on an SD card and being able to view the recorded video on your PC, then there is a disconnect between the LCD and the image sensor.

If you are not recording video to your SD card and only get black images or no files, the image sensor is damaged.

If you are recording video, but no image appears on your LCD for internal viewing/playback, you can try a firmware update if one is available from www.insigniaproducts.com, but this is a discontinued item so there's not much available for support.

Hope this helps!

It's a bad LCD screen or bad video card. If its a laptop, try to hook an external monitor to the video port in the back and see if it has the same problem. If it is the same problem, then you know its the video card and not the monitor screen. If you have a desktop PC that has this problem, its most likely the video card. First try removing the monitor and trying it on another computer to see if the monitor is bad. If not, then remove and replace your video card and restart. If same problem, replace video card with a new one.

If the laptop appears to boot up and you can't see an image on the screen, you need to determine if the screen is faulty or the video card.
Connect an external monitor to the laptop's external video port, power up the monitor first and then boot up the laprop. If you get a normal video image on the monitor then the video card is OK and the fault is with the LCD screen.
If you don't get an image or POST information, then the LCD screen could be faulty or the laptop didn't boot up.
Please get back to me with the results of your tests and any error messages etc. so I can advise further.

Several factors determine onscreen size of a video image produced by a Webcam. The actual Webcam hardware may be limited to a maximum resolution. The percentage of your screen filled by a Webcam image will be a factor based on your desktop resolution and the maximum resolution of the Webcam image. A third factor impacting image size is available bandwidth Webcam software may also play a role in determining image size, but in most cases the software is only limited by the Webcam output. There are several ways to optimize your results to make sure you send a Webcam image viewable at the highest resolution acceptable to relatives on the other end, while also optimizing your system to maximize available screen real estate with inbound images from relatives.
Webcam hardware is often a big limiting factor in determining maximum image size. Most Webcams on the market today output a maximum 640x480 image, which easily fills a television screen. Any of the Webcams currently available from Logitech, Creative, Apple, D-Link or the numerous niche companies marketing Webcams will support 640x480, although some produce better results than others. If you have a Digital Video camera capable of doubling as a Webcam, you may get a 720x480 maximum image size. Apple's iSight camera and some of the higher end Logitech cameras using CCD instead of CMOS image sensors produce excellent images at 640x480 in well-lit rooms.
Knowing 640x480 is the maximum image size, don't expect incoming video to fill your screen if you have your resolution at 1024x768. The graphic below is shows the relative portion of a 1024x768 screen filled by a 640x480 image at 50% of actual size. If you want the incoming video to fill your screen, reset the resolution of your monitor to 640x480 to properly accommodate the incoming video feed. This assumes your relatives are capable of sending 640x480 video from their end. If their sending limitation is 320x240, the best you can hope for is a video filling 50% of your 640x480 screen.

It could be the screen itself, the connection in the fold-down screen, or the video card.

If the situation does not change when you change the screen's viewing angle, then it's not likely to be the connection.

If you can connect an external screen, and the image is OK, then the video card is OK as it's generating the external image properly. If the external image also has the "colorful grains" then it's probably the video card.

gwmtl