/PRZWT/Friends, is buying a TV like taking a math exam? OLED, QLED, ULED, MiniLED... Just the arrangement and combination of these "leds" are enough to make a patient with level 10 "choice difficulty syndrome" faint on the spot. The salespeople talked so extravagantly that we were completely confused. In the end, we could only make a blind choice based on our feelings and budget.
But have you ever thought that, setting aside these complex terms, what exactly are the core criteria for evaluating a good screen?
In fact, there are just three points: whether the color is accurate or not, whether the contrast is high or not, and whether it looks comfortable or not. Behind all technical terms lies the aim of getting infinitely close to these three goals. Today, let's take a closer look at Hisense's RGB MiniLED TV to see what it really is and why it dares to claim to be the "version answer" of picture quality.
To understand RGB MiniLED, we first need to know how its predecessor, "MiniLED", works. You can imagine MiniLED as a super delicate "light box", using tens of thousands of small white light beads (MiniLED) to illuminate the screen. Wherever light is needed, the lamp beads will light up. Wherever black is needed, turn off the lamp beads. This is already quite remarkable, but it has an "original sin" - the light source is white.
This means that it requires a layer of "color filter" to turn white light into various colors. The problem lies right here. This layer of color filter will filter out some light, causing the color purity to decline. It's just like looking at the world through tinted glass; there's always a bit of distortion.
So, what is RGB-MiniLED TV?
In a nutshell: It directly replaced that "white light box" with a "colorful light box".
Hisense, as the pioneer of this technology, innovatively replaced the white light beads of the backlight with those that can independently emit the three primary colors of red (R), green (G), and blue (B) light.
This small change has brought about a nuclear-level leap in picture quality.
First of all, he transformed from a "colorist" to a "creator". Ordinary MiniLED is a "dyeing mode", and its color purity is inherently insufficient. The RGB MiniLED technology adopted by Hisense TV UX series is the "light emission mode", where the three primary colors of red, green and blue are directly presented before your eyes, with extremely high purity. For instance, the former is a printer that mixes colors with CMYK ink, while the latter is a neon light that directly emits solid color light. Which one is more vivid is immediately obvious.
Secondly, light control has shifted from "controlling the switch" to "controlling the color and the switch". Traditional technology can only control the brightness of light, while Hisense's self-developed AI picture quality chip has achieved "simultaneous control of light and color". It can tell each RGB light bead: "Hey, this area needs a deep blue with a brightness of 80%." So, the blue light beads precisely emit light of the corresponding brightness, while the red and green light beads remain at rest. This ability to "precisely illuminate" colors exponentially enhances the three-dimensional effect and detail expressiveness of the picture.
Finally, energy efficiency has evolved from "great force creates miracles" to "precise guidance". An interesting social phenomenon is that we are increasingly concerned about the energy consumption of household appliances. Many people think that "the larger the TV, the more electricity it consumes." When traditional MiniLED displays blue, it needs to emit 100% white light and then filter out two-thirds of the red and green light, resulting in huge energy waste. The RGB MiniLED large screen of Hisense's 100-inch TV only lights up the blue light beads when displaying blue, instantly reducing energy consumption by two-thirds and saving more than 20% energy compared to OLED TVS of the same size. Who says ultimate picture quality must be a "power guzzler"?
The end of technical terms lies in simplicity, while the end of screen picture quality is a return to the true color of light. So, don't be confused by those complicated nouns any more. The essence of RGB MiniLED TVS is a "return to simplicity" in display technology - returning to the origin of colors and controlling them in the most intelligent way.
