Almost six years ago, I was fortunate to see that it can be said that I have seen the mostgreat"TV" demonstration.Sony was born on the CES in 2018. It launched an 8K LCD TV that can output the amazing 10,000 Nit brightness, and can still produce a natural and realistic HDR image, with controllable colors and excellent black levels.This experience dazzled me, I wrote an article about it for "Forbes", you can read here.

Since then, Sony has continued to show greater interest in brightness than many peers, and use it as a key component of modern TV performance.It always tends to provide radical light output through its LCD TV, and quickly adopts new quantum dot OLED technology. Its brightness is better than standard WRGB OLED.but,ifI said that I was fortunate to show Sony with several other reporters in TokyoledNew display newprototypeThen Sony's love for brightness may reach a brand new level.

Sony shows this newshowThe main point behind technology seems to beshow,,The brand can now be relativeeasyofshowDevicemiddleaccomplishpolehighofbrightness(andComparedSpend.,,andWon'tWillelectricityfeePush torooforviolationTodaystrictofPower consumptionRegulationsEssence

This incredible 000, 2018 Nit LED display displayed by Sony in 10 years now may look like Sony's long -term TV future.

Sony's experience in all types of television technology(Until Samsung launched several large -screen WRGB OLED TVs at the end of 2023. Sony is the only brand that provides a series of TVs that use WRGB OLED, QD OLED, MINI LEDs and conventional LED technology) to believe it.The only way to achieve the cost of high brightness and contrast required for cost realization is to use Mini LED technology. This technology is based on advanced partsTuneLightEngine control and driven by super powerful AI enhanced processor.

In terms of more specific technical terms, it is necessary to make full use of the MINI LED screen for potential "real world" to display. A processor is required. The processor can separate the transmitted image data transmitted into LCD and backlight data as much as possible.; Panel driver can convert the backlight data to analog level;as well asYou can convert the electrical signal into the LED structure of light as much as possible.It is in these three fields, Sony claims that its new panel prototype surpasses us before

I have seen anything on the front of the LED structure, the new panel (we see various 65 -inch screens of various screensDemonstrate) A large number of light adjustment areas are combined with a highly focused optical film to accurately control its available high brightness distribution position.Sony does not explain the exact peak of the prototype panel target, but it does indicate that it is "within the same range" as Sony's new HX3110 professional mother belt display.If you read my previous article, it can reach 4000 Nit.