When looking at a new TV, all the specs and marketing terms can be overwhelming, especially things like LED and QLED. Full Array LED and QLED are different panel types. QLED stands for Quantum dot LED and LED stands for Light Emitting Diode. To clarify, Full Array LEDs are different from standard LED TVs. As Full-Array screens are fully backlit, they offer better viewing angles and deeper black levels than standard LED TVs. In this article, Full Array LED vs. QLED goes head-to-head. We will dive into the specs of both panel types, explain their differences, look at their pros and cons, and see their best use cases.
Full Array LED vs. QLED: Side By Side Comparison
|Full Array LED||QLED|
|Price and Availability||Excellent||Great|
Full Array LED vs. QLED: 4 Must-Know Facts
- QLED and Full Array LEDs use very similar technology, but QLEDs implement a quantum dot layer to boost brightness and color depth.
- Technically, an LED TV is just an LCD TV, except it uses LED lights as the backlight instead of fluorescent tubes.
- QLED TVs cover a wider color gamut than Full Array LED TVs.
- Full Array TVs are the best budget-friendly option.
Full Array LED vs. QLED: What’s the Difference?
What is a QLED?
A QLED TV is an LED TV that uses a quantum-dot layer between the backlight and the LCD panel. When light hits these microscopic quantum dots, it produces brighter colors that are more heavily saturated than traditional LED TVs.
- 4K UPSCALING: Whatever you watch, the Quantum Processor 4K transforms it to 4K with machine learning-based AI
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- DYNAMIC CONTRAST: See bold detail delivered by dedicated warm and cool Dual LED backlights that adjust in real time
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|Higher resistance to moisture||Prone to light bleed effect|
|Available in higher display sizes||Less saturated blue|
|Thin and lightweight||Use backlight for illumination|
|Over 50 times brighter than LCD type screens|
What is a Full Array LED?
Technically, an LED TV is just an LCD TV that uses LED lights as the backlight instead of fluorescent tubes. Today we are specifically looking at Full Array, which is different from edge-lit LED panels due to a grid of LEDs lighting the panel instead of the line of LEDs around one or more sides.
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- FULL ARRAY LED CONTRAST – Precisely controlled backlighting delivers deep black, high peak brightness and is further enhanced by XR Contrast Booster 10 for real-life depth and detail
- INTELLIGENT TV PROCESSING – The Cognitive Processor XR understands how humans see to deliver intense contrast with deep blacks, high peak brightness, and natural colors.
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|Uses single LED zones to allow for local brightening and dimming||Not possible to calibrate or control LED zones|
|Wider viewing angle||Individual LED zone failure affects the entire backlight panel|
|Enhances HDR content quality|
Now that we know the general performance of both the Full Array LED and QLED panels, let’s go deeper into the fun numbers and in-depth testing. Keep in mind that we are comparing the panel technology itself, and not necessarily the TVs themselves, so your mileage may vary from TV to TV.
Because Full Array LEDs use backlights, they can get considerably bright. If you want the max level brightness, QLED takes the cake. Quantum dot filter boosts the light output of colors compared to regular LED TVs.
Television brightness is measured in nits. One nit is the amount of light that spreads over a square meter. Most Full Array LED TVs can reach 1,000-2,000 nits peak brightness, while QLEDs are typically at 2,000 nits. Some higher-end models can hit 4,000 nits peak brightness. If you are looking for a new TV in a room that gets a lot of light, QLED TVs are the way to go, but Full Array LED TVs are a close second.
Color and brightness go hand in hand with TVs and all screens. Again with the quantum dot layer making a considerable difference, QLED TVs can produce more vibrant colors than Full Array LED TVs.
When looking at TVs, the best test for color is how much of the DCI-P3 gamut it can cover. DCI stands for Digital Cinematic Institute, and the P3 is a variant of the color space developed by Apple. For the QLED, we took results from Samsung’s Q90/Q90T QLED, and the Full Array LED was Sony’s X900H. The Full Array LED covered 85.7% of the DCI-P3 gamut, and the QLED covered 89.1%.
So with a second category going to QLED panels, this continues to be a tight race. Even though the Full Array LED TVs are not as good as QLEDs in the nitty gritty, they are not far off.
If you have many people watching your TV simultaneously, it’s crucial to consider the TV’s viewing angle. It is another close call between QLED and Full Array LED TVs. If this is a vital component to you, we suggest looking at OLED TVs instead.
However, we are focusing on QLED, and Full Array LED here, and the difference between them is almost unnoticeable to the naked eye. Some manufacturers are making a conscious effort to improve this by implementing an ‘Ultra Viewing Angle’ layer as Samsung has. We wouldn’t state this as a win for either the QLED or Full Array LED, but it is not a deal breaker for either panel type.
None of the above stuff means anything if the TV does not fit your price range. On the upside, the growing popularity of OLED TVs means you can find QLED and Full Array LED TVs for reasonable prices.
But if you are looking for a budget-friendly TV with comparable performance to its competitors, Full Array LED TVs take the win.
Full Array LED vs. QLED: Which is Better?
So after going through all the numbers and tests, it seems QLED is the better option. But I wouldn’t say it is as cut and dry as that. The Full Array LED and QLED panels perform excellently, and in many tests, the Full Array LED was just behind by a few points.
For your next TV, if you are looking at Full Array LED or QLED, you will be happy either way. Just make sure to purchase within your budget and get a TV that fits your needs and not your ultimate dreams, as fun as that might be.
Check out the Samsung QLED TV on Amazon.
Last update on 2022-11-29 / Affiliate links / Images from Amazon Product Advertising API