The technological evolution of television continues. It is important that manufacturers innovate with each new generation, as the most effective strategy is to drive the market and drive innovation from installed fleets. 2021 is also particularly exciting because it gives users access to a wider range of technologies than ever before.
The huge offering is possibly good news for consumers, but what should you do to choose the next TV with the confidence that you are choosing the right TV for your needs? It is essential to know. .. They offer us. brand. Being able to separate the wheat from the husk and focus on the properties that really affect our experience, rather than the sometimes irrelevant characteristics that producers want to sell us.
The purpose of this article is to help you find the right TV for the prototype you are considering, while protecting your investment so that you don’t miss out on any features you may need in the medium term. Ultimately, ideally, market demands do not force users to upgrade their televisions and more importantly ensure that they make a purchasing decision. Choice.
Panels and backlighting have a big impact on image quality
If you choose panel and backlight technology this year, the mid-range and mid-range won’t add anything to the portfolio from the previous year. Most TVs use LCD panels with IPS or VA technology, but if you are on a very tight budget and are looking for an inexpensive multi-inch TV apart from the big brands, go for TN panels.
In 2021, the first MicroLED television arrives in the store, MiniLED technology reinforces its presence and third-generation OLED panels have arrived.
The most used backlighting technologies in the mid and mid-range segments are peripheral backlighting (edge LED) and direct LED, but some brands have FALD (Full Array Local Dimming) for the more ambitious mid-range models. ) Backlight combination. There is an article that explains how these three technologies work, but keep in mind that in the LCD TV space, the latter option offers the best picture quality.
However, if you want to get a FALD backlit LCD TV, you have to stick to the mid / high, high and high ranges. This has a clear impact on how much you need to invest.
So far we’ve only talked about technologies that have been around for a few years, but to be precise, in 2021, the three innovations that users want to know about have reached heights and heights. MicroLED TVs, LCD TVs with MiniLED backlight technology and 3rd generation OLED panels.
The first MicroLED TV out of reach for most users
In early 2020, we got to see Samsung’s first MicroLED TV in action at the ISE show. The quality of the photo is excellent. The advanced panels that the Korean brands had at the time had a 0.6mm pixel pitch, so 99-inch and 110-inch home TVs on the market this spring could use the same background plate.
Like OLED TVs, MicroLED devices offer very high native contrast ratios and deep blacks, but there are some places where the second screen is superior to OLED panels. One of them is a significantly higher brightness distribution. In fact, those early MicroLED panels could hit 2000 nits in discrete areas of the array, but the number is sure to increase as the technology develops in the future.
We have not yet reviewed MicroLED devices in our facilities, but after seeing them in action multiple times at ISE and CES shows, we are directly aware of the potential for cost resilience. Areas and highlights are better than any other television technology. And it is exactly like the color. Inorganic diodes, which benefit from very mature technology, work with nanocrystals to provide realistic color reproduction and ambitious coverage.
The MicroLED panel can reach up to 2000 fibers in the boundary region of the matrix
Also, due to the inorganic nature of the diode, the diode is essentially unaffected by degradation and retention. Samsung executives we spoke to are convinced that the current estimated lifespan of MicroLED panels is 25 years, which is comparable to LED-backlit LCD TVs.
But that’s not the only quality of this technology. The minimal time required to change the nature and state of pixel auto-illumination helps the MicroLED device to effectively resist swelling and motion blur (bloom is a halo around the brightest area of each image. It is a defect that appears as). And of course, we can’t deny the native refresh rate that early MicroLED panels ran at, 120Hz (the same as used in current OLED and LCD devices).