The Korean tech large Samsung has quietly rolled out a brand new AI-powered characteristic on Samsung TV Plus, focusing solely on one factor: previous Okay-dramas.
It has launched a devoted channel that streams basic Korean dramas from the 2000s, however there’s a twist: they’re being upscaled to 4K utilizing Samsung’s AI video processing know-how.
As an alternative of remastering every present (which might take an immense period of time and sources), Samsung is making use of its on-device AI upscaling know-how throughout all the channel, cleansing up previous Korean dramas in actual time.
Making previous reveals watchable on huge 4K screens
So, count on to see sharper edges, improved textures, and lowered noise. It’s the identical AI wizardry the corporate makes use of on its premium sensible TVs, now applied on the streaming stage in TV Plus.
Basic Korean dramas are immensely common, however not all of them age nicely (by way of video high quality), particularly when viewing them on trendy 55-inch or 65-inch 4K screens that don’t supply real-time upscaling.
By utilizing AI to upscale a complete channel, Samsung is fixing a rising downside for streaming platforms: make comparatively older content material watchable on trendy shows.
If you happen to’ve ever tried rewatching your favourite Korean drama solely to be distracted by blurry faces or grainy textures, this replace may benefit you.
Samsung TV Plus is free: it doesn’t require a subscription, and now, it provides older Korean dramas that look first rate on greater screens. The corporate hasn’t introduced whether or not and when the AI upscaling will increase to Korean dramas, however the know-how certain appears promising.
If it really works nicely, different genres or complete TV Plus channels may get related upgrades, bettering the general visible high quality for customers. In the long run, the characteristic may begin a pattern by which streaming providers cease counting on resource-intensive remastering of content material and shift extra towards real-time AI processing.