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In [[cinematography]], '''full frame''' refers to an image area (today most commonly on a [[Image sensor|digital sensor]]) that is the same size as that used by a [[135 film|35 mm]] [[still camera]].<ref>https://pro.sony/ue_US/technology/full-frame-sensor</ref> Still cameras run the film horizontally behind the [[lens]], whereas standard 35 mm [[Motion picture camera|motion-picture cameras]] run the film vertically. Thus, a 35 mm still camera's image is significantly larger than that of a standard 35 mm motion-picture camera.
In [[cinematography]], '''full frame''' refers to an image area (today most commonly on a [[Image sensor|digital sensor]]) that is the same size as that used by a [[135 film|35&nbsp;mm]] [[still camera]].<ref>https://pro.sony/ue_US/technology/full-frame-sensor</ref> Still cameras run the film horizontally behind the [[lens]], whereas standard 35&nbsp;mm [[Motion picture camera|motion-picture cameras]] run the film vertically. Thus, a 35&nbsp;mm still camera's image is significantly larger than that of a standard 35&nbsp;mm motion-picture camera.


[[file:135 film perforations.jpg|thumb|35mm still frame]]
[[file:135 film perforations.jpg|thumb|35&nbsp;mm still frame]]


[[File:Super35 and Techniscope.png|right|thumb|300px|35mm motion-picture frames]]
[[File:Super35 and Techniscope.png|right|thumb|300px|35&nbsp;mm motion-picture frames]]


Specialty motion-picture formats have used film running horizontally, notably [[VistaVision]] (which produced a "full-frame" image) and [[IMAX]].
Specialty motion-picture formats have used film running horizontally, notably [[VistaVision]] (which produced a "full-frame" image) and [[IMAX]].
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Historically, most [[Digital cinematography|digital cinema]] cameras have used [[Super 35]] sized (similar to [[APS-C]]) sensors,<ref>https://vmi.tv/blog/learn-help/guide-to-sensor-sizes-and-lens-formats/</ref> largely to maintain compatibility with existing lenses and to produce traditional "cinematic" [[depth of field]] and [[field of view]].
Historically, most [[Digital cinematography|digital cinema]] cameras have used [[Super 35]] sized (similar to [[APS-C]]) sensors,<ref>https://vmi.tv/blog/learn-help/guide-to-sensor-sizes-and-lens-formats/</ref> largely to maintain compatibility with existing lenses and to produce traditional "cinematic" [[depth of field]] and [[field of view]].


Full-frame cameras require lenses with larger [[optics]] and produce shallower depth of field than conventional 35 mm cinema cameras.<ref>https://fstoppers.com/education/understanding-how-sensor-size-affects-depth-field-312599</ref>
Full-frame cameras require lenses with larger [[optics]] and produce shallower depth of field than conventional 35&nbsp;mm cinema cameras.<ref>https://fstoppers.com/education/understanding-how-sensor-size-affects-depth-field-312599</ref>


==Technical specifications==
==Technical specifications==

Latest revision as of 08:31, 29 September 2026

In cinematography, full frame refers to an image area (today most commonly on a digital sensor) that is the same size as that used by a 35 mm still camera.[1] Still cameras run the film horizontally behind the lens, whereas standard 35 mm motion-picture cameras run the film vertically. Thus, a 35 mm still camera's image is significantly larger than that of a standard 35 mm motion-picture camera.

35 mm still frame
File:Super35 and Techniscope.png
35 mm motion-picture frames

Specialty motion-picture formats have used film running horizontally, notably VistaVision (which produced a "full-frame" image) and IMAX.

Historically, most digital cinema cameras have used Super 35 sized (similar to APS-C) sensors,[2] largely to maintain compatibility with existing lenses and to produce traditional "cinematic" depth of field and field of view.

Full-frame cameras require lenses with larger optics and produce shallower depth of field than conventional 35 mm cinema cameras.[3]

Technical specifications

Template:See also


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See also

References