Motion smoothing, motion enhancement, or image interpolation adds the missing 48 frames to increase 24fps up to the native 60fps or 60Hz of the TV or projector. Because there are effectively 48 frames per second missing from the standpoint of the TV or projector, viewers are likely to experience considerable judder, especially when the camera pans or during fast-moving scenes. When 24P content runs untouched on a 60Hz device, issues may emerge if the playback device doesn’t have good optimization for 24fps. So what do we think about this topic? First, let’s discuss the soap opera effect a little more. But this can introduce problems on devices not optimized for 24P playback. When motion smoothing is off, the device attempts to show content as-is in as close to the native frame rate and frame pacing as possible, so that 24P remains unaffected. In Cruise’s case, it was for his Mission Impossible movies, which he believes are best seen in 24 frames per second. The issue is so contentious that people like Tom Cruise have officially recommended turning off motion smoothing settings in TV and projector menus. All told, for people who don’t like the soap opera effect, content appears unrealistic and too fast, more like a video game than a video. The term soap opera effect comes from the fact that TV dramas are typically filmed using high-speed video, not 24P film-like movies or more upscale TV shows. That’s when 24 frames per second get sped up to 60 frames per second, giving things a false appearance. When converting 24P content to 60fps or higher using motion smoothing algorithms, the dreaded (or beloved, depending on who you ask) soap opera effect comes into play. The problem is that all modern TVs and projectors out of the box run at 60Hz or 60 frames per second, at least. In pursuit of realism, many films and TV content creators prefer to showcase their work in 24fps. The so-called 24P format has many defenders that extoll its artistic virtue and similarity to the pace of the real world. Movies and TV shows have historically been recorded at 24 frames per second, which has become a firm standard in media production. You can find out how to avoid them below. These cookies and other technologies capture data like your IP address, when you viewed the page or email, what device you were using and where you were. We use various advertising partners, including Amazon, Facebook, and Google. These cookies are used to track your activity on the BenQ website and other websites across the Internet, help measure the effectiveness of our advertising campaign and deliver advertisements that are more relevant to you and your interests. See list of performance and advertising cookies To opt-out of Hotjar collecting data, you can disable tracking completely by following link:. To opt-out of SessionCam collecting data, you can disable tracking completely by following link:. To opt out of certain ads provided by Google you can use any of the methods set forth here or using the Google Analytics opt out browser add-on here. You can control the information provided to Google, SessionCam and Hotjar. If you want to opt-out of advertising cookies, you have to turn-off performance cookies. We also use Google Analytics, SessionCam and Hotjar to track activity and performance on the BenQ website. These cookies help to improve the performance of BenQ. Performance cookies and advertising cookies
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