![]() Check out my full Video Manual Masterclass. I’ll also explain constant quality and constant bitrate.īefore we begin, I do want to offer a helpful resource that can show you all of the settings and features on the BMPCC6K Pro. ![]() We will be taking a look at this in the new BMPCC6K Pro and I’ll go through a couple of scenarios that I would use certain bitrate settings over another. We had previously discussed this topic in videos last year, but with this new update I decided to revisit the topic and talk about how the bitrate settings work. Image Circle and Illumination Circle are often used interchangeably, which can lead to confusion.With the release of Blackmagic’s new 7.3 camera update, more options are available for BRAW in the bitrate settings for all of the pocket cameras. Vignetting, chromatic abberations, loss of sharpness, etc. The Illumination Circle or Circle of Illumination of a given lens is defined as the area within which there is still light, but of undefined quality. The Image Circle of a given lens is defined as the area within which the manufacturer guarantees a defined optical quality performance. Lastly the sensor size determines the set of lenses one can use, if full sensor coverage is desired. In addition to that a larger sensor means additional area for more photosites (more pixels) or bigger photosites (brighter pixels) or a bit of both. So with the same angle of view, distance to subject and aperture, you’ll always get shallower depth of field the larger the sensor size. Either way this means the depth of field becomes shallower as a result. Therefore to get a desired angle of view, you can move closer to the subject or use a longer focal length compared to a smaller sensor size. The larger the sensor, the larger the angle of view (field of view) for a given focal length and distance to the subject. Imagine the sensor as a canvas in front of you. Some lens data comes from Florian Milz' Lens Coverage Tool. For example you want to shoot on old 16mm lenses and still cover a 4K sensor area? Then just sort the camera models by "Density" and immediately you will see the most suitable models first.Ĭompare Sensor Sizes is optimized for desktop and also usable on mobile. ![]() The value of pixel density – that is the number of photosites per given sensor area – helps to quickly determine which sensor will have the highest resolution with a given lens image circle. The tool should also bring clarity to diffuse terms like Large Format, Full Format and Full Frame, which do not denote standardized sizes and are used differently depending on the manufacturer. You can also switch to the real physical sensor sizes in the graphical view, if you specify the size of your screen in inches. If a lens does not yet appear in the list, you have the option of specifying an individual image circle in millimeters, which is then displayed. In addition to the comparison function and the usability as a trustworthy, sortable database, one of the most useful features is the possibility to check which lenses cover which sensors and to what extent. The database will be continuously extended this way. Usually all data of sensors and lenses come directly from the respective manufacturers. Compare Sensor Sizes is a free, open source tool to easily compare multiple digital camera sensor sizes, celluloid film formats and lens image circles – graphically as well as in tabular form.
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