This would save power consumption. They have to think.
A Samsung just filed an application for patent it could change the way we use our smartphones forever! New Technologycalled variable discount rate, would apply a different discount rate to each area of the filter. This would save power consumption. They have to think. This already exists and is called LTPO. What is the difference ?
For example, if you are using your smartphone in split screen, playing a YouTube video in one part and reading a web article in another, the device may automatically apply a higher refresh rate to the part of the screen where the video is being read, while the part of the screen where the text is located will benefit from a lower frame rate. This is obviously one example, among many others, of the field of exploration of this technology.
So what does this mean for us? Well, that means we can finally have a smartphone that doesn’t die after just a few hours of use! It also means that we could see big improvements in terms of graphics and overall performance.
So is this really the future of smartphones? Only time will tell ! But one thing is certain: we can’t wait to learn more about this innovative new technology!
The pictures that Samsung added as part of the patent documents show a screen with three different refresh rates: 30Hz, 60Hz, and 120Hz. Naturally, the company clarifies that there will be technical limitations regarding the combination of screen windows and refresh rate. In other words, your application will follow specific standards and will not be arbitrary.
Still, the idea is clear: preserve the autonomy of the smartphone thanks to the intelligent application of different refresh rates on the screen. Note that Samsung filed patent applications for “a method of driving the display with a multiplied refresh rate and an electronic device that performs it” in January 2021. These applications were only available this week.
However, one question remains: is there a chance to see this innovative technology in the Galaxy S23?
It is not known whether or not Samsung has made significant progress in the development of this technology, so for now we can bet on a classic variable refresh rate of 1Hz-120Hz on the Galaxy S23.
In this article you will find:
1. What benefits could this technology bring to users?
This technology has the potential to bring a number of benefits to users. One of the most obvious benefits is that it can lead to greater power efficiency because different refresh rates can be applied to different parts of the screen. This means that only areas of the screen that are in use will need to be refreshed, which can save a significant amount of power.
Another potential benefit is that it could improve the viewing experience for users. For example, if a video is playing on a portion of the screen, that portion of the screen may refresh at a faster rate than the rest of the screen, which may lead to a poorer viewing experience. smoother and smoother.
2. How would this technology work?
This technology would work by applying different refresh rates to different areas of the screen. The refresh rate for each area would be determined by the amount of information displayed in that area. For example, if part of the screen is displaying video, that area will update at a faster rate than an area displaying text.
3. When will this technology be available?
There is no definitive answer as to when this technology will be available, as it is still in the early stages of development. However, it is likely that it will not be available for some time, as there are still some issues to be resolved.
Samsung’s new variable refresh rate patent could be a game-changer for the smartphone industry. This technology could potentially reduce power consumption by applying different refresh rates to different areas of the screen. As with all new patents, it is unknown when or if this technology will actually be implemented on Samsung smartphones in the future. But for now, we’ll have to wait and see. So don’t forget to keep an eye on AndroidGeek for all the latest new technologies, information leaks and analysis.