DaVinci Resolve Denoise Settings: A Complete Guide to Temporal and Spatial NR

Noisy footage is one of the most common problems editors face, and DaVinci Resolve has a powerful built-in solution. The noise reduction system is split into two distinct tools: Temporal NR and Spatial NR. Knowing the difference, where to find them, and which sliders to touch first makes the difference between clean footage and smeared, waxy-looking video. This guide walks through every setting, in the right order, with real-world starting values.

Where to Find the Denoise Tools in DaVinci Resolve

The noise reduction controls are not located where most newcomers expect them. They are not in the Blur/Sharpen panel. To reach them, follow these steps:

1. Open the Color page (click the color wheel icon in the bottom toolbar).

2. Look at the panel row in the top-right area of the interface — this row includes Camera Raw, Color Wheels, Curves, and others.

   

3. Click the Motion Effects panel icon. It resembles a motion blur symbol and is typically near the right end of that row.

4. The Motion Effects panel opens with two sections: Temporal NR at the top and Spatial NR below it.

   

Both tools live in the same panel, which makes it easy to use them together. One important clarification: these are separate from the Blur tools found in the Effects panel. Those add softness deliberately. Noise reduction analyzes and removes noise while attempting to preserve real detail.

Node placement matters. Before you start adjusting sliders, add a dedicated noise reduction node in your node tree. Apply NR on that node first, before any color grading nodes that follow. This prevents the grading process from amplifying noise in lifted shadows or tinted areas. A simple serial node labeled “NR” placed at the start of your node chain is the standard approach.

Temporal vs. Spatial Noise Reduction — What’s the Difference?

These two tools work in fundamentally different ways, and using each one for its intended purpose produces far better results than cranking both to maximum.

Temporal NR compares pixels across multiple frames over time. It identifies what has changed between frames — which tends to be noise — and averages it out while preserving elements that represent real motion. This makes it highly effective against digital grain, high-ISO luminance noise, and fine random pixel variation.

Spatial NR works entirely within a single frame. It analyzes neighborhoods of pixels and smooths areas that appear inconsistent relative to their surroundings. This makes it better suited to chroma blotching, color noise, and compressed codec artifacts that appear as blocky color inconsistencies.

Using both together is common and recommended. The correct order is Temporal first, then Spatial. Temporal handles the majority of the noise, especially the luminance component. Spatial then cleans up whatever artifacts remain, particularly in color channels, without having to work as hard.

Temporal Noise Reduction Settings Explained

The Temporal NR section contains four main controls. Here is what each one does and the practical range to work within.

• Temporal Threshold — Luma: Controls how aggressively luminance noise is averaged across frames. A value of 0 applies no correction; higher values produce stronger smoothing. The risk of pushing this too high is ghosting or trailing artifacts around moving subjects, since the algorithm may mistake motion for noise. A practical range for moderate footage is 15–35. Start low and increase until grain is reduced without softening edges.

  

• Temporal Threshold — Chroma: Controls the same averaging process for color noise. Chroma noise is typically more visually distracting than luminance noise, so this slider can usually be set more aggressively than the Luma slider. A typical working range is 30–70, depending on how much color noise is present. High-ISO footage and footage shot in compressed codecs often benefits from chroma values in the upper end of that range.

  

• Temporal Frames (1–5): Determines how many adjacent frames the algorithm analyzes. More frames means stronger noise reduction because there is more information to average across. However, more frames also increases the risk of ghosting artifacts on moving elements and significantly increases render time. 2 to 3 frames is a reliable default for most footage. Reserve 4–5 frames for static or near-static shots where ghosting is not a concern.

  

• Motion Estimation (Better / Good / Fast): This setting controls the quality of the motion tracking used to prevent moving objects from being treated as noise. Better quality tracking reduces ghosting artifacts but takes longer to process. Use Better for final delivery renders. Use Good for most editorial work. Use Fast when working with proxies or doing rough passes where preview speed matters more than accuracy.

  

Spatial Noise Reduction Settings Explained

Spatial NR has fewer controls but the same potential to damage footage if pushed too far. The key principle here is restraint, particularly on the Luma channel.

• Spatial Threshold — Luma: Controls within-frame smoothing of luminance information. This slider has the most impact on how natural skin tones and textures look. Pushing it too high is the primary cause of the waxy, plastic look that plagues over-denoised footage. Keep this value conservative — often in the 10–20 range — and prioritize the Chroma slider instead.

  

• Spatial Threshold — Chroma: Smooths color inconsistencies within the frame. Because the human eye is less sensitive to fine chroma detail than luma detail, this slider can be pushed further without making footage look unnatural. A range of 25–50 is workable for most situations. Heavily compressed footage or shadow regions may benefit from values up to 70.

  

• Spatial Radius (Small / Medium / Large): Sets the size of the pixel neighborhood the algorithm analyzes. A larger radius smooths more broadly but is more likely to wipe out fine detail like hair, fabric texture, or skin pores. Start with Small. Move to Medium only if Small is not providing enough chroma cleanup. Large is rarely necessary and almost always damages detail.

  

• Chroma Only checkbox: This is one of the most useful options in the panel. Enabling it restricts Spatial NR to the color channels only, leaving luminance untouched. When in doubt, enable this checkbox first. It handles chroma blotching effectively while completely eliminating the risk of over-smoothing luma texture. Many colorists use Temporal NR for luma noise and Spatial NR with Chroma Only enabled for color noise, and nothing else.

Recommended Denoise Settings by Scenario

These are starting-point values, not fixed prescriptions. Every camera, codec, and shooting condition is different. Use these as a baseline, then adjust by eye while zoomed in to a detailed area of the frame — skin, fabric, or a textured background.

For the chroma noise scenario in particular, enabling the Chroma Only checkbox under Spatial NR and keeping Spatial Luma at 0 is often the cleanest approach. Let Temporal NR handle luma, and let Spatial NR focus entirely on color.

DaVinci Resolve Free vs. Studio — Denoise Performance Difference

Both versions of DaVinci Resolve include the full Temporal and Spatial NR toolset. The settings, sliders, and quality output at equivalent values are identical. The difference is entirely about processing speed.

The free version of DaVinci Resolve performs noise reduction using the CPU only. Because NR is computationally expensive, particularly at higher Temporal Frame counts and with Better Motion Estimation, this means significantly longer render times and no real-time preview. Scrubbing through a timeline with NR applied will be slow or will require caching.

DaVinci Resolve Studio uses GPU acceleration for noise reduction. This makes near-real-time preview feasible on most modern workstations and reduces final render times substantially. If you are processing a large volume of high-noise footage, the render time difference can be considerable.

If you are using the free version and render times are a problem, a proxy workflow is a practical workaround. Generate lower-resolution proxy files for editing and previewing, then relink to the original media for final render with NR applied.

Common Denoise Mistakes and How to Avoid Them

Most problems that send editors back to Google after applying noise reduction fall into a short list of recurring errors.

• Problem: Footage looks waxy or plasticky after denoising.Cause: Spatial Luma threshold is too high, or Spatial Radius is set to Medium or Large. Fix: Reduce Spatial Luma to 10 or lower, switch Spatial Radius to Small, and consider enabling the Chroma Only checkbox to remove luma smoothing entirely.

• Problem: Ghosting or trails around moving subjects.Cause: Temporal Frames is set too high (4–5) or Motion Estimation is set to Fast on footage with significant subject movement. Fix: Reduce Temporal Frames to 2. Switch Motion Estimation to Better or Good. If ghosting persists on a specific clip, consider using a lower Temporal Frames value for that clip only.

• Problem: The image still looks noisy after applying NR.Cause: Thresholds are set too conservatively, or NR is being applied after color grading, which can reintroduce noise in shadows. Fix: Increase Temporal Chroma and Luma thresholds gradually. More importantly, check your node order — NR should always come before color grading nodes. Grading, particularly heavy shadow lifts, can make existing noise more visible and add new noise to NR’d footage.

• Problem: NR does not seem to be working at all.Cause: NR settings were applied to the wrong node, or the Color page is showing a different clip than expected. Fix: Confirm which node is selected (it should be highlighted) and that you are viewing the correct clip. It is easy to accidentally adjust settings on an input or output node rather than the dedicated NR node.

Audio Denoise in DaVinci Resolve (Fairlight)

DaVinci Resolve also includes audio noise reduction tools in its Fairlight page, which is useful for handling background hum, room tone, or wind noise captured during recording.

To access it:

1. Navigate to the Fairlight page (the audio waveform icon in the bottom toolbar).

2. Select the audio track you want to process.

3. First go to the Fairlight page and open the Mixer panel on the right side. From there, click the Effects slot (+) on your audio track and add Noise Reduction from the Restoration category.

   

4. After adding the plugin, open it and switch to Manual mode. Then find a section of your audio that contains only background noise without any dialogue, and click the Learn button while playing that section so the plugin can capture the noise profile. Once the noise is sampled, you can click Learn again to stop the process. 

5. Adjust the Reduction Amount and Threshold sliders until the background noise is reduced properly while keeping the voice clear and natural, without making it sound distorted or hollow.

   

It is worth noting that strong audio noise reduction in post is usually a symptom of a capture problem. Recording with a microphone that has onboard AI noise cancellation, such as the Hollyland LARK MAX 2, significantly reduces how much work Fairlight needs to do.

Frequently Asked Questions

Q: Should I apply Temporal or Spatial noise reduction first in DaVinci Resolve?

Apply Temporal NR first. It is more effective at removing digital noise by analyzing motion across frames. Spatial NR then cleans up any remaining within-frame artifacts without working against the Temporal pass. Running them in the wrong order does not break anything, but this sequence produces better results and lets you keep both thresholds lower.

Q: What are good starting denoise settings in DaVinci Resolve?

For moderate noise: Temporal Luma 20–30, Temporal Chroma 40–60, Temporal Frames 2, Motion Estimation Good. Spatial Luma 10–15, Spatial Chroma 25–40, Spatial Radius Small. These are starting points only — adjust by eye while zoomed into a detailed area of the frame. Prioritize preserving detail over maximum smoothness.

Q: Why does my footage look blurry after applying denoise in DaVinci Resolve?

This is over-smoothing, almost always caused by the Spatial Luma threshold being too high. Reduce Spatial Luma first, then set Spatial Radius to Small. If the issue persists, enable the Chroma Only checkbox under Spatial NR to remove all luma smoothing. Temporal NR handles luma noise more naturally than Spatial NR does.

Q: Does DaVinci Resolve Free have noise reduction?

Yes. Both Free and Studio include the same Temporal and Spatial NR tools with identical settings and output quality. The difference is speed: Studio uses GPU acceleration for much faster processing and near-real-time previews, while Free processes on the CPU only, resulting in significantly longer render times for footage with NR applied.

Q: Where is the denoise setting in DaVinci Resolve?

Open the Color page, then click the Motion Effects panel icon in the top-right panel switcher. It looks like a motion blur icon and is part of the row of panel buttons above the viewer. Both Temporal NR and Spatial NR controls are located in this panel. It is separate from the Blur/Sharpen tools found in the Effects panel.

Start With Temporal, Finish With Spatial

Place noise reduction on a dedicated node before any color grading, apply Temporal NR first to address digital and luminance noise, then use Spatial NR conservatively for remaining chroma artifacts. Always preview at full resolution before export — noise reduction looks very different at 25% zoom. For a more complete post-production workflow, see the related guides on DaVinci Resolve node structure best practices and color grading workflow fundamentals.