Hyperfocal distance
Category: Lighting and optics
The hyperfocal distance is the closest focus distance at which objects at infinity are still acceptably sharp. Focusing there gives the greatest possible depth of field, from half that distance to infinity.
How PhotoRobot uses it
PhotoRobot's Depth of Field Calculator computes the hyperfocal distance for any combination of focal length, aperture, sensor format and subject distance.
See on photorobot.com
Related terms
- Depth of field: The distance range in front of and behind the focus point that appears acceptably sharp.
- Aperture: The adjustable lens opening, given as an f-number; smaller openings give more depth of field.
- Focal length: The lens property, in millimetres, that sets the angle of view and magnification.
Where this term appears on photorobot.com
Mentioned on 5 pages of photorobot.com:
- Recommended Cameras for PhotoRobot Systems (Manual)
For reference, use the PhotoRobot Depth of Field Calculator to estimate near and far focus limits, total depth of field, and the hyperfocal distance for any combination of focal length, aperture,… - Studio Lighting Overview for PhotoRobot Systems (Manual)
Use the PhotoRobot Depth of Field Calculator to estimate near and far focus limits, total depth of field, and the hyperfocal distance for any combination of focal length, aperture, sensor format, and… - Understanding Camera Resolution for PhotoRobot Customers (Manual)
…of Field Calculator to estimate near and far focus limits, total depth of field, and the hyperfocal distance for any combination of focal length, aperture, sensor format, and subject distance. - Depth of Field Calculator for Studio Photography (Page)
Use the Depth of Field Calculator to estimate near and far focus limits, total depth of field, and the hyperfocal distance for any combination of focal length, aperture, sensor format, and subject… - Depth of Field Chart for Studio Photography (Page)
Estimate near and far focus limits, total depth of field, and the hyperfocal distance for any combination of focal length, aperture, sensor format, and subject distance.