Wenn Entspannung zur Qual wird: Warum dein Setup dir die Freude am Zocken nimmt
Es ist an der Zeit, dass dein Spiel zu dir passt – nicht umgekehrt.
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Berechnen Sie das Sichtfeld mit unserem kostenlosen Online-Tool. Erhalten Sie sofortige Ergebnisse mit hilfreichen Erklärungen und Tipps für ein besseres Verständnis.
gaming
FOV-Rechner
Berechnen Sie das Sichtfeld mit unserem kostenlosen Online-Tool. Erhalten Sie sofortige Ergebnisse mit hilfreichen Erklärungen und Tipps für ein besseres Verständnis.
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Was ist ein FOV Rechner?
An FOV (Field of View) Calculator determines optimal gaming and simulation settings based on monitor size, distance, and viewing angles.
Wie verwendet man
Enter your monitor size, aspect ratio, and viewing distance. The calculator recommends the ideal FOV setting for your setup.
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What is a Field of View (FOV) Calculator used for?
This calculator determines the angular extent of the scene that is visible through a camera lens. It helps photographers and cinematographers understand how much of the world will be captured based on the lens focal length and the camera sensor size.
What inputs do I need to calculate the FOV?
You typically need two main inputs: the Focal Length of your lens (in millimeters) and the dimensions of your camera's Sensor (Width and Height in millimeters).
How does sensor size affect the Field of View?
A larger sensor captures a wider portion of the image projected by the lens. If you keep the same focal length but switch to a smaller sensor, the field of view becomes narrower (often described as a 'crop factor').
What is the difference between Horizontal, Vertical, and Diagonal FOV?
Horizontal FOV measures the angle across the width of the frame, Vertical FOV measures across the height, and Diagonal FOV measures across the corner-to-corner. The aspect ratio of your sensor dictates the relationship between these values.
Does this calculator account for lens distortion?
No, this calculator assumes a standard rectilinear lens where straight lines appear straight. Fisheye or wide-angle lenses with significant barrel distortion may have a different effective real-world field of view than the calculated geometric result.
Why do I get different results for the same lens on different cameras?
This is due to the 'Crop Factor'. If Camera A has a Full Frame sensor (36mm wide) and Camera B has an APS-C sensor (23.5mm wide), the same 50mm lens will appear zoomed in (narrower FOV) on Camera B.
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