New HDR10+ Advanced Standard Will Try To Fix the Soap Opera Effect

[branfont]

Motion smoothing has a bad reputation among most cinephiles, as well as many home theater enthusiasts and content creators. Also known as motion or video interpolation, motion smoothing is available in virtually every modern TV today. It’s supposed to remove judder from films and TV shows that are shot with 24p (24 frames per second) or 25p film and displayed on 60Hz or 120Hz TVs. But motion smoothing often results in the dreaded soap opera effect and unwanted visual artifacts.

Two upcoming HDR standards, HDR10+ Advanced and Dolby Vision 2, are looking to change how we perceive motion smoothing and more closely align motion interpolation with a creator’s vision. However, it’s unclear if these standards can pull that off.

HDR10+ Advanced’s Intelligent FRC

Today, Samsung provided details about the next version of the HDR10 format, which introduces six new features. Among HDR10+ Advanced’s most interesting features is HDR10+ Intelligent FRC (frame rate conversion), which is supposed to improve motion smoothing.

A TV using motion smoothing analyzes each video frame and tries to determine what additional frames would look like if the video were playing at a frame rate that matched the TV’s refresh rate. The TV then inserts those frames into the video. A 60Hz TV with motion smoothing on, for example, would attempt to remove judder from a 24p film by inserting frames so that the video plays as if it were shot at 60p. For some, this appears normal and can make motion, especially camera panning or zooming, look smoother. However, others will report movies and shows that look more like soap operas, or as if they were shot on higher-speed video cameras instead of film cameras. Critics, including some big names in Hollywood, argue that motion smoothing looks unnatural and deviates from the creator’s intended vision.

 

 

 

https://arstechnica.com/gadgets/2025/11/hdr10-advanced-joins-dolby-vision-2-in-trying-to-make-you-like-motion-smoothing/