XR / VIRTUAL PRODUCTION

Camera Depth of Field Calculator

Estimate depth of field and sensor crop factors for camera planning, then confirm acceptable focus with the actual lens and sensor mode.

Useful for comparing camera setups in XR, studio, and cinematography workflows. Acceptable sharpness and LED moiré still require a test with the actual camera, lens, wall, and viewing conditions.

Hyperfocal Distance 21.9 m
Near Focus Limit 2.64 m
Far Focus Limit 3.48 m
Total Depth of Field 0.84 m

Focus Zone Preview
(Subject at 3.0m)

2.64m
3.48m

The highlighted range is the idealised acceptable-focus zone for the selected CoC. It is not a pass/fail test for LED moiré or perceived background blur.

Use Cases

LED Volume Layout Planning

Compare lens, aperture, and talent-position options before testing the chosen setup against the actual LED wall and camera chain.

Macro / Product Shoots

Estimate how quickly acceptable focus narrows in close-up work, then confirm critical focus and lens behaviour on the real set.

Landscape & Wide VFX

Use hyperfocal distance as a planning reference when balancing a physical foreground with distant or virtual background elements.

Lens Selection

Determining whether a standard f/4 broadcast zoom lens will provide a shallow enough depth of field for a studio interview, or if a prime f/1.8 cinema lens must be rented.

Compare camera setups before the test day

Save the assumptions, then confirm acceptable focus and LED behaviour with the real chain.

What is the Camera Depth of Field Calculator?

Calculates hyperfocal distance and focus limits to compare camera setups before a physical focus and LED-wall test.

This is an idealised depth-of-field estimate. Confirm sensor mode, circle of confusion, lens markings, focus distance, and acceptable sharpness with the actual camera and lens.

Real-World Use Cases

Useful on virtual stages when comparing f-stop and focus-distance options. Circle of confusion defines an acceptable-sharpness assumption; it does not establish whether LED structure or moiré will be visible.

Use the result as a setup reference and confirm acceptable sharpness and background rendering through the production camera chain.

Technical Methodology

Uses standard optics formulas (CoC, Hyperfocal Distance) adapted for digital cinema sensor sizes. Includes specific lookup tables for common broadcast and cinema sensor types.

The calculation uses the displayed optical inputs and a simplified thin-lens model. Treat the near/far limits as planning references, not measured focus guarantees.

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