Keeping up with OLED TVs isn’t easy. The proposal is an avant-garde model with panels
K UHD that Samsung will bring to the store in 2020, and it is capable of competing not only with the most sophisticated LCD TVs, but also the most sophisticated LCD TVs. The most complex LCD TV. .. OLED solutions compete on price and aspirations. But that is not the only challenge.
Also, users expect more than what they offered on their previous flagship TVs, the Q9FN and Q90R models, with panels
K UHD branded. Turning another screw doesn’t seem easy either, as the technologies covering LCD panels, such as nanocrystal color processing and backlight dimming, appear to be fully mature. This review is even more interesting and attractive because the situation does not facilitate this TV. Let’s see if it depends. or not.
Samsung QLED Q95T: technical specifications
An effective way to become familiar with this television is to take a closer look at the most relevant functions. So you need to check the control panel first. After all, it is a component that other parts of the device, such as the backlight and the image processor, are forced to manage to maximize its quality. This TV is equipped with a VA type LCD screen
K UHD with 10-bit color depth. Like all models in Samsung’s QLED family, it is based on the nanocrystal implementation used by the brand since early 2017. According to a Korean company, it is capable of reproducing the DCIP3 secondary color space.
The algorithm used to manage the local backlight dimming is as important as the number of zones that can be managed independently
One of the strengths of VA over IPS panels is their high native contrast, but it’s still not enough to support OLED TVs. This is the reason why these high-end models with LCD screens are inevitably backed by a very strong backlight. This Q95T combination belongs to the full matrix local dimming type, which is the most advanced implementation of LED backlighting.
AV Forums claims to have 120 zones, but Samsung does not disclose the number of regions that can be independently managed. If so, we would be far behind last year’s Q90R in this area, but we conclude that the algorithm used to manage the backlight is just as important as the number of zones that can be managed independently. Later in the section on image quality, we will see how this backlight dimming technology works.