Now that Qualcomm has released its first smartphone with QLED, it looks like the technology is finally ready to take over the market. Okay, so which is better: Triluminos or QLED? Both offer up large, beautiful screens, but there are some key differences between the two. Let’s take a look at what the technologies have to offer.
Triluminos vs QLED: Which One Is Better?
With the new iPhone X, Apple launched a new display technology called LTPS (Low Temperature Polysilicon). They’re a new generation of OLED with a lower production cost. And while OLED is better than the current standard LCD display technology, it is still a liquid crystal display (LCD). But how much better is OLED? And which technology is better: LTPS or QLED? To answer that question, we compared the two technologies so you can make your own decision.
What Is Triluminos and How Does It Work?
Let’s start by looking at what Sony’s Triluminos technology is all about.
In a nutshell, Triluminos allows Sony televisions to create a color spectrum that is 50% larger than ordinary LCD televisions. Simultaneously, the colors it renders are more accurate, resulting in a more vibrant, saturated image. But, exactly, what does Triluminos imply? Triluminos, on the other hand, is the moniker Sony has given to its Quantum dot technology. Of course, this technology does not completely replace LCDs; rather, it builds on and improves existing technology to overcome the majority of LCD constraints.
When activated by electronic or other means, quantum dot technology (also known as Triluminos) produces a succession of light-emitting nanoparticles that produce incredibly distinct shades of light, or colours. When you get down to the nitty-gritty of it, these nanoparticles are two to ten nanometres in size, which can be a little mind-boggling.
Quantum dots (also known as Triluminos technology) are activated by an unique backlight inside Sony TVs. The backlight of a conventional television would normally emit white light. Instead, the lighting on Sony’s Triluminos TV emits a monochromatic blue light. There are a few factors that led to their decision. The first is that precisely producing a ‘pure’ white light can be challenging, resulting in the LED technology we’ve seen in the past having color accuracy issues, which will lead to more impurities. The monochromatic blue light, of course, is in the blue light spectrum and is very bright. This bright blue light is mixed with green and red light sources to create a purer white light using the Triluminos technology.
Quantum dots and triluminos
Are you still with me? Great. Things start to get a little more technical at this point.
A film containing quantum dot nanocrystals is sandwiched between the monochromatic blue LED backlight and the other essentials (liquid crystal, polarization, and color filter arrays). When activated by an external light source, these quantum dot nanocrystals emit color, and the colors they emit may be changed by changing their size. The nanocrystals in the film of a Sony Triluminos TV, for example, will be one of two sizes: the larger ones are fifty atoms and will light red when activated. When activated, the smaller ones are thirty atmos and light green. The most important thing to remember is that these colors will be ‘pure.’
The monochromatic high-intensity blue lighting of Sony Triluminos TVs activates these crystals of varied diameters to produce both pure red and pure green lights. A pure white light is created when the three pure lights are combined. Because to the limitations of LCD panel technology, this will never be entirely attainable with a regular LCD television, since it will struggle to deliver that exact color accuracy. In conclusion, high-end Sony Triluminos TVs can display a far wider color spectrum as well as more realistic saturation and vividness. The ultimate result is considerably greater image quality, which is only enhanced further when used in conjunction with Sony’s X-Reality Engine.
Isn’t that incredible? Because the Triluminos quantum dot technology is based on LCD technology rather than being a stand-alone technology, it still has some of the LCD’s flaws, such as longer response times and even poor viewing angles if not properly set up.
Which Is Better: Triluminos or QLED?
Let’s look at the differences between Triluminos (Sony OLED) and (Samsung) QLED in a simple chart to keep things as easy as possible. You’ll be able to view all of the models’ benefits and cons here, allowing you to make a more informed decision about which one is the best fit for you.
Panel | OLED | QLED (VA) |
the source of light | Pixel | Backlight |
Blacks | Perfect | Local dimming is required. |
Contrast | Infinite | Local dimming is required. |
Viewing position | Very wide | Narrow |
Time it takes for pixels to respond | <1ms | 3-6ms |
Brightness | Nits in the range of 300-600 | Nits in the range of 500-900 |
Maximum Intensity | Nits up to 1000 | Nits up to 2000 |
Uniformity | Excellent | Backlight is a factor. |
Volume of Color | Good | Great |
Burn In | With static material, this is possible. | No |
Thickness | Exceptionally slim | Backlight is a factor. |
Best for | The majority of people, especially in dimly lit areas, | Rooms with lots of light |
The important thing to remember is that quantum dot technology is used in both Sony Triluminos and QLED. Triluminos is merely Sony’s brand name for the product. Once we know this, we can look at the various distinctions that would make one or the other the superior option, which is where the table above comes in helpful.
In general, QLED TVs will be the better option for many people, but we are spoiled for choice these days, so you’re likely to find that one of them will suit you better than the other. Simply because of the brightness range and color volume, we prefer QLED to anything else. If you’re a gamer, you might find this interesting as well; never again will you be caught off guard by someone attempting to blend in with their surroundings!
Both Sony (Triluminos OLED) and Samsung (QLED) have some amazing high-end TVs on the market right now in a range of sizes, but if money is a concern, you’ll probably prefer the Samsung alternatives.
We hope that this essay has helped you understand the ever-changing world of acronyms and new technologies a bit better. Which one would you choose? Which is better: a Sony Triluminos or a Samsung QLED?
Spoiler alert: they’re nearly identical.
With the Galaxy S10 and S10+, Samsung has introduced its first ever smartphone with an OLED screen. The new displays boast improved color and contrast and a wider color gamut than other OLEDs, and this week we’ll find out whether the technology really delivers on its promise to deliver a better viewing experience. Will the benefits of the display be noticeable when you’re using different apps? Will you benefit from the improved color reproduction when you’re watching a different show or movie?. Read more about sony triluminos display and let us know what you think.
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Frequently Asked Questions
Is Triluminos the same as QLED?
No, Triluminos is a different type of display technology.
What is better than QLED?
QLED is better than OLED.
Whats better Sony or Samsung TV?
That is a difficult question to answer. In my opinion, both companies have their strengths and weaknesses, but I would say that Samsung has more of an edge in the TV market.
Related Tags
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- triluminos display
- triluminos vs qled
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- sony triluminos display
- triluminos display vs qled