the image below was shot witha 12 megapixel Nikon D700and the image quality is stunning. One can really see the detail when viewing the image online, as a slideshow, or in 10-20″ prints. For these viewing
This may be a stupid question but what is the advantage or disadvantage or 24.3 megapixel sensors over 16.1 megapixel sensors? Seems there are a lot of complaints about 24.3 megapixels. If there is a problem then why would Sony put them in? Why not just make all their cameras 16.1?
The term megapixels is used by digital camera manufacturers to describe the resolution at which the cameras are capable of taking pictures. In most computer contexts, the resolution is given as two dimensions, such as in a computer display resolution of 1600 x 1200, which represents a width of...
With a Quad Bayer filter, each color on the filter array has not one but four pixels behind it. Essentially, this means four pixels are effectively combined into one. As mentioned inPetaPixel‘s iPhone 16 Pro Review, the iPhone’s 48-megapixel Quad Bayer sensor delivers visible resolution...
You ought to be in pixels. (megapixel digital cameras)(includes related articles)O'Malley, Chris
Because of the correlation between size and resolution, many people think that more megapixels result in higher-quality files. In a sense, this is true; the more pixels you have, the higher the pixel density will be for a given area. ...
Multiply picture width by the height (in pixels), given in the field "Pixel Dimensions", and then divide the product by 1,000,000 to calculate current megapixels. Advertisement Step 5 Enter a larger value in the field "width" to increase picture megapixels. Note that the value in the fi...
Why Sensor Megapixels Matter Below is a conceptual illustration of display pixels vs. camera sensor pixels. In this simplified schematic, each square represents a single pixel. If the display panel (A) and the camera sensor (B) have the same number of pixels (a 1:1 ratio), the d...
Each CCD has millions of pixels sensitive to brightness (Well you know how many, you can't miss that: 3.3 MegaPixel etc..). These pixels are on a very small space. In consumer cameras this would be from 8 mm to half an inch. (Nice mixture of measures:-) ...
taken on my 12-megapixel camera. If displayed at 100% resolution (meaning each pixel in the image is displayed on a single pixel on the monitor), that 4,288 by 2,848 pixel photo would require a 75 DPI monitor nearly five feet wide by a little over three feet high to display ...