Q. I'm thinking of buy a new monitor that has 1680x1050 resolution. I see so many companies make that type of monitor. What should I look in when buying a new LCD monitor?
A. Personally i would go for the new Sony's 3D compatible BRAVIA® HDTVs incorporate MotionFlow� - FULL HD or 3D whether it's PC gaming, watching TV, or playing your XBOX or PS3 which will have loads of 3D games being released.
http://discover.sonystyle.com/bravia/sony3d/
But below is the answer to you're question
The most important thing you need to know about LCD technology is that LCD panels have a fixed resolution. This resolution is called �native resolution�, �maximum resolution� or simply �resolution� and you must configure your desktop to that resolution, otherwise three things can happen, depending on the model of your monitor:
1. The image won�t be �sharp�; it will be blurred. You will see lots of squared areas, without any definition.
2. The monitor will centralize the image in the new resolution, reducing the image size and inserting a black frame around the image. For instance, if your LCD native resolution is 1280x960 and you decreased it to 800x600, this means there are 480 pixels left horizontally (1280 - 800) and 360 pixels left vertically (960 - 600). The image will be centralized and there will be 240 black pixels above and below the image and 180 blank pixels on the sides of the image.
3. The monitor will try to stretch the image in order to not show the black area around of the image, filling the whole screen. This is done thru a technique called interpolation, which isn�t 100% perfect and thus you will feel that the image has better quality (definition) when the screen is configured at its native resolution, even though the elements on the screen (e.g. icons, letters, etc) will be smaller. In general you will feel that the image is slightly out of focus (blurred) when the monitor is not configured in its native resolution.
Because of this inherent characteristic of LCD panels you will have to choose an LCD monitor that has a resolution that you are comfortable with. The higher resolution isn�t always the better. With higher resolutions you have more space on your screen (in other words, more stuff will fit the screen at the same time) but icons and letters will be smaller. So for the average user a monitor with a higher resolution doesn�t always translate into a better product, it will largely depend on the application. If you only use your computer to browse the internet, write e-mails, use spreadsheets and word processing you will probably want to stick with a monitor with a lower resolution, because they are cheaper and won�t make your icons and letters to become very small. But if you run professional applications like video and image editing, then you will probably want a monitor with higher resolution and screen size.
If you are a gamer, you must buy a monitor that matches the resolution you want to play, otherwise the game will look like �blurred�. In other words, configure your game to run at the display�s native (i.e. maximum) resolution. All gamers know that when you increase the game resolution the performance lowers (because there will be more pixels to be drawn on the screen). If your game is running too slow, that means it is time to upgrade your video card. You can decrease the game resolution but, as we are explaining, you will hurt image quality.
http://discover.sonystyle.com/bravia/sony3d/
But below is the answer to you're question
The most important thing you need to know about LCD technology is that LCD panels have a fixed resolution. This resolution is called �native resolution�, �maximum resolution� or simply �resolution� and you must configure your desktop to that resolution, otherwise three things can happen, depending on the model of your monitor:
1. The image won�t be �sharp�; it will be blurred. You will see lots of squared areas, without any definition.
2. The monitor will centralize the image in the new resolution, reducing the image size and inserting a black frame around the image. For instance, if your LCD native resolution is 1280x960 and you decreased it to 800x600, this means there are 480 pixels left horizontally (1280 - 800) and 360 pixels left vertically (960 - 600). The image will be centralized and there will be 240 black pixels above and below the image and 180 blank pixels on the sides of the image.
3. The monitor will try to stretch the image in order to not show the black area around of the image, filling the whole screen. This is done thru a technique called interpolation, which isn�t 100% perfect and thus you will feel that the image has better quality (definition) when the screen is configured at its native resolution, even though the elements on the screen (e.g. icons, letters, etc) will be smaller. In general you will feel that the image is slightly out of focus (blurred) when the monitor is not configured in its native resolution.
Because of this inherent characteristic of LCD panels you will have to choose an LCD monitor that has a resolution that you are comfortable with. The higher resolution isn�t always the better. With higher resolutions you have more space on your screen (in other words, more stuff will fit the screen at the same time) but icons and letters will be smaller. So for the average user a monitor with a higher resolution doesn�t always translate into a better product, it will largely depend on the application. If you only use your computer to browse the internet, write e-mails, use spreadsheets and word processing you will probably want to stick with a monitor with a lower resolution, because they are cheaper and won�t make your icons and letters to become very small. But if you run professional applications like video and image editing, then you will probably want a monitor with higher resolution and screen size.
If you are a gamer, you must buy a monitor that matches the resolution you want to play, otherwise the game will look like �blurred�. In other words, configure your game to run at the display�s native (i.e. maximum) resolution. All gamers know that when you increase the game resolution the performance lowers (because there will be more pixels to be drawn on the screen). If your game is running too slow, that means it is time to upgrade your video card. You can decrease the game resolution but, as we are explaining, you will hurt image quality.
Can I use my digital camcorder to get high resolution video on my pc?
Q. I have a Sony Digital Camcorder Model DCR-TRV340. If I save video on the memory stick you can only have 300 by 200 resolution. Is there anyway to record video with the regular tape and then transfer it to a pc with higher resolution?
A. Yes, if your computer has a firewire port or an available expansion slot so you can add one.
The Sony DCR-TRV340 is a Digital8 camcorder and has a DV port. DV, i.LINK, IEEE1394 and firewire are all the same thing. The DV format video is high quality, standard definition, video. USB won't work and USB to firewire cable/converter things won't work. USB is used for transferring stills from the memory stick.
Link to the camcorder's manual:
http://esupport.sony.com/US/perl/model-documents.pl?mdl=DCRTRV340
Download the operating instructions. See page 191 for details on i.LINK. See page 206 for the location of the "DV in/out" port (next to the USB port under the flap on the left side of the camcorder).
Cool camcorder... AV-in (most camcorders no longer have this), LANC (for a wire remote - keeps shake to a minimum when using a tripod - or if you mount the camera to a crane and you can zoom or focus or even take a still without touching the camera - and better than the wireless remote because you do not have to be in front of the camcorder to use the LANC), mic input, NightShot (infrared emitter built-in for zero light video capture), viewfinder and LCD panel, headphone jack for monitoring audio being recorded, a focus ring for manual focus control, interval recording for time lapse stills...
When the camcorder is correctly connected to the computer with a firewire cable, and the camcorder is in "Play/Edit" mode (on the power switch), Launch MovieMaker and "Capture" the video. Sometimes MovieMaker throws up for some reason - try WinDV (free download and use - no watermarks) for the transfer, then drag the transferred file to the Capture Area in MovieMaker... then drag to the timeline and edit...
The Sony DCR-TRV340 is a Digital8 camcorder and has a DV port. DV, i.LINK, IEEE1394 and firewire are all the same thing. The DV format video is high quality, standard definition, video. USB won't work and USB to firewire cable/converter things won't work. USB is used for transferring stills from the memory stick.
Link to the camcorder's manual:
http://esupport.sony.com/US/perl/model-documents.pl?mdl=DCRTRV340
Download the operating instructions. See page 191 for details on i.LINK. See page 206 for the location of the "DV in/out" port (next to the USB port under the flap on the left side of the camcorder).
Cool camcorder... AV-in (most camcorders no longer have this), LANC (for a wire remote - keeps shake to a minimum when using a tripod - or if you mount the camera to a crane and you can zoom or focus or even take a still without touching the camera - and better than the wireless remote because you do not have to be in front of the camcorder to use the LANC), mic input, NightShot (infrared emitter built-in for zero light video capture), viewfinder and LCD panel, headphone jack for monitoring audio being recorded, a focus ring for manual focus control, interval recording for time lapse stills...
When the camcorder is correctly connected to the computer with a firewire cable, and the camcorder is in "Play/Edit" mode (on the power switch), Launch MovieMaker and "Capture" the video. Sometimes MovieMaker throws up for some reason - try WinDV (free download and use - no watermarks) for the transfer, then drag the transferred file to the Capture Area in MovieMaker... then drag to the timeline and edit...
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