HDR Workflow Definition

Why HDR workflow matters

Standard dynamic range video compresses the enormous luminance range of the real world into a narrow band that legacy displays can reproduce. Bright skies clip to white, shadow detail disappears to black, and the gap between brightest and darkest elements is artificially limited. HDR breaks these constraints, preserving detail across a much wider luminance range — specular highlights retain texture, shadows reveal depth, and the overall image feels closer to human visual perception.

HDR is not simply a color grade applied at the end of production. It requires deliberate choices throughout the pipeline: cameras must capture sufficient dynamic range, monitoring must display it accurately during editing and grading, delivery formats must carry the extended range metadata, and playback devices must interpret and display it correctly. A break at any point in this chain degrades or loses the HDR advantage.

For video teams, HDR represents both an opportunity and a complexity challenge. The visual improvement is substantial and increasingly expected by audiences watching on HDR-capable displays. But maintaining HDR integrity through a production pipeline requires understanding standards (HLG, PQ, Dolby Vision), color spaces (Rec. 2020, DCI-P3), and delivery requirements that vary by platform.

Best practices

Capture in log or RAW formats with at least 12 stops of dynamic range to provide sufficient latitude for HDR grading. Standard Rec. 709 camera profiles bake in limited dynamic range that cannot be expanded later. The HDR advantage starts at capture.

Grade on a reference HDR monitor calibrated to the target standard (typically 1000 nits for consumer HDR content). Grading HDR on a standard display is guesswork — you cannot evaluate what you cannot see. Budget for proper monitoring as it is non-negotiable for professional HDR work.

Always produce both HDR and SDR deliverables, as most distribution still requires SDR compatibility. Trim passes or automatic tone mapping ensure SDR versions look intentional rather than washed out. Plan your workflow to produce both outputs efficiently rather than treating them as separate projects.

How ShotAI relates

ShotAI indexes HDR and SDR footage equally, allowing teams to search across mixed libraries and identify HDR-captured content for projects targeting premium display capabilities.