How to buy the best Hisense TV
It's price that really helps Hisense TVs stand out. Its 4K TVs are often several hundred pounds cheaper than their rivals.
It has made OLED and quantum dot sets, but some of its TVs are classified as ULED. Rather than being a specific type of display, ULED is actually a number of different technologies designed to improve picture quality.
Below, we cover exactly what technology you'll see in Hisense TVs and how they differ from more established brands. We also detail everything we know about its ranges.
Hisense TV technology explained
It used to be the case that Hisense couldn't match the likes of LG and Samsung when it came to features, but that's not a fair assessment any more. Hisense sets are packed with interesting options and envelope-pushing technology.
- Dual cell display
How do you improve the contrast on a backlit TV? Put one display in front of another apparently. That's Hisense's approach anyway and it says that its dual cell panels can rival OLEDs for contrast: a bold claim indeed.
The two panels are a 4K one and a 2K one mounted on top of each other. One panel produces colour and the other is monochrome there to increase luminance. Having the overlaid panel means there's more control over what parts of the screen are lit, which is why the contrast gets a boost.
One of the criticisms of OLEDs is that they lack the brightness of backlit TVs, Hisense's dual cell panels should give the best of OLED contrast with the brightness of a backlit TV.
- Laser TV
Hisense Laser TVs aren't really TVs at all, they have far more in common with projectors. They still have screens, usually huge ones, but the majority of the technology is found in the box pointing up at it.
It's a short-throw projector, though, and sits very close to the screen, unlike the ones you'd find in the cinema. The new models for 2020 are 4K and will have speakers in the screen for the first time.
Hisense's two TV display types are LCD, which is where a backlight hits liquid crystals to create the picture; this is the most common and affordable type of display. The second is, found in most high-end TVs, where every bulb is individually controlled. Every other type of display, such as QLED from Samsung, are a variation on the two. Hisense's top-end TVs are essentially LCD sets, but it calls them ULED or Ultra LED.
ULED isn't a new type of display, but it's more than just a marketing gimmick to help its TVs stand out. It's an umbrella term for 20 different technologies that fall into four categories: Ultra Wide Colour Gamut, Ultra Local Dimming, Ultra 4K Resolution and Ultra Smooth Motion Rate.
You'll have a hard time finding a TV that you can't connect to the internet in 2021 and Hisense TVs are all smart in this manner. Each manufacturer has its own interface for downloading apps and accessing smart features. Hisense's is called VIDAA U.
Hisense has designed it to be as easy to use as possible and its website claims that any content you want to find should never be more than three clicks away. It displays apps and menus in a horizontal, scrollable list and you can edit the order of the apps so that the ones you use most appear first.
Hisense 2021 TV overview
Hisense hasn't unveiled its 2021 ranges yet, but we'll update this article when it does.
Hisense 2020 TV overview
Laser TVs and quantum dot sets are what Hisense talks about most, but there are cheaper LCD models, too.
Hisense Laser 4K TV
More short-throw projector than TV, Hisense's 75 and 100-inch Laser TVs take up a lot of space on your wall, but since all the components in charge of making the picture are inside the projector unit, the screen itself is thin.
It's a bit thicker in 2020, though, since the speakers will now be built into it in a honeycomb structure, which makes audio more clear and accurate according to Hisense.
The newer models will also be more colourful. Hisense claims they can display 98% of the colours that the human eye can see.
Other than them effectively being projectors, the Laser TVs function the same way as a traditional set. They still use remotes and have the VIDAA U operating system. Since they don't need a huge sheet of glass though, wall mounting a Laser TV is often simpler and they can be cheaper than similar sized high-end traditional TVs from other brands.
Hisense XD9G dual cell TV
The Hisense XD9G was something entirely new when it debuted in 2020. It’s an LCD TV, which is far from new, but it layers two liquid crystal (LC in LCD) modules on top of each other, for what Hisense describes as OLED-rivalling black levels.
More exciting than that is the price. Hisense says its dual cell TVs will be cheaper than comparable OLED displays. With some OLEDs launching at close to £1,500, this would mean these presumably high-end sets would be cheap indeed.
There’s more to a TV than black levels, though; we’re interested to see whether having an extra layer of liquid crystals does anything to boost colour and peak brightness.
Hisense H9G Quantum Series
2019 saw the release of Hisense's first OLED and 2020 saw it release its maiden quantum dot TV. They function like LCD models, but the backlight illuminates quantum dots rather than liquid crystals. These miniscule dots are said to produce more vibrant colours. Samsung is best known for its QLED range of quantum dot TVs.
One area where quantum dot TVs struggle against OLED ones is contrast, which is why Hisense has upped the number of dimming zones on its quantum dot sets. This means the screen will have more control over what parts are lit to boost contrast.
Samsung's QLED range has never really had a direct competitor (not from as established a brand as Hisense anyway), so it will be interesting to see how much cheaper these sets are and if they can match Samsung's sets for quality.
Hisense H8G Quantum Series
This range functions much like the one above, so it uses quantum dots to create the picture rather than liquid crystals, which you'd find in LCD sets. The benefit is increased colour vibrancy, although not all quantum dot TVs beat LCD models in this area.
The H8G has fewer dimming zones and a lower peak brightness than the H9G, but otherwise appears to be similar.