
When you click on a thumbnail image that is displayed on this site, you will obtain a page that has an enlargement of this image. If the description of a thumbnail image includes an asterisk (*) this denotes there is a sub-menu of images on this topic on the enlargement page. For example, if you click on the thumbnail image for the Battle Hill Farm Walk, you will obtain several more images that were taken while on this excellent walk.
Other technical articles on this site are indexed here and include articles about determining print size, and upgrading your digital camera.
The amazing compact Sony Cyber-Shot DSC-RX100 was announced in June 2012. It has a sensor size of 13.2mm x 8.8mm and effective megapixels of 20.2. This page explains why the new full frame Sony SLT-A99 and the new full frame Sony Cyber-Shot DSC-RX1 both have a pixel pitch that is about 147% greater than that of the new RX100. If the full frame Sony A99 and the full frame Sony RX1 had the same pixel density as the Sony RX100, they would both have about 147 megapixels. In addition, if the APS-C Sony A77 had the same pixel density as the Sony RX100, it would have about 63 megapixels!
Click here to see an interesting comparison of a 36 megapixel full frame camera, the Nikon D800, with a 24 megapixel APS-C camera, the Nikon D3200. This page shows that the 24 megapixel APS-C camera has about 26% greater reach than the 36 megapixel full frame camera, because its pixel size is about 26% smaller than that of the full frame camera.
In addition, click here to see an interesting analysis of the pixel density advantage (including pixel size) of a 36 megapixel full frame camera (such as the Nikon D800) when compared with a 16 megapixel full frame camera (such as the Nikon D4). This page explains why the 36 megapixel full frame camera has about 50% greater reach than the 16 megapixel full frame camera. The Nikon D800 and the Nikon D4 were introduced early in 2012.
The full frame 22.3 megapixel Canon EOS 5D Mark III was announced in March 2012. Click here to see a comparison of the image size, pixel density, and pixel size of the Canon 5D III with that of the Canon 7D. This page shows that, when compared with the Canon 5D Mark III, the Canon 7D has a linear pixel density that is approximately 45% greater than that of the 5DIII.
Click here to see an interesting analysis of the pixel density advantage (including pixel size) of a 36 megapixel full frame camera (such as the Nikon D800) when compared with a 22 megapixel full frame camera (such as the Canon 5D Mark III). This page explains why the 36 megapixel full frame camera has about 28% greater reach than the 22 megapixel full frame camera.
I designed this site using Microsoft Expression Web. I look forward to receiving your feedback about my photographs and this site.
Disclaimer and Limitation of Liability: The information supplied on this website is provided in good faith. However, this information is provided subject to the condition that neither Rob's Photography New Zealand, nor any person associated with Rob's Photography New Zealand, shall be liable for any errors or omissions in such information. In addition, neither Rob's Photography New Zealand, nor any person associated with Rob's Photography New Zealand, has any responsibility in relation to any material you may obtain from any other website, even if you access it via a link from this web site. This website and all disputes or other matters arising out of it shall be governed by the laws of New Zealand and dealt with by a court of competent jurisdiction in Wellington, New Zealand. You specifically agree that if Rob's Photography New Zealand should prevail in any legal proceedings, you shall pay all of our costs.