Do you wish to buy a new high-end smart TV? Are you lost on the best choice between Oled, QLED tv, or Led TVs? Are you asking yourself what are the Pros and cons?
Getting a new TV for home or for gaming is a daunting task as there is no shortage of brands out there. You also have to try and get the latest picture technology and other smart capabilities. There are numerous things to pay attention to when looking for a new display depending on its purposes, and we share it all with you. If you are looking for a top 40 inch 4K monitor, click here, or look at the top Acer monitors we reviewed, too. The more budget-friendly ones under $200 are reviewed in this post and monitors for less eye strain can be found here. Also, if you want a monitor for trading, screens for programmers, or graphic designers' top choice - we got you covered! They also come in all sorts of shapes and variations, so check out these ones that come with in-built speakers here. On the other hand, if you need multiple screens, dig into the top bezel less monitors in this post.
One of the most confusing decisions that buyers face is choosing between Oled and Led TV models. There is a lot of hype regarding OLED as they are said to produce excellent color and perfect black levels though it has issues with its brightness.
On the other hand, you have Light-emitting diode TV based on LCD technology and use a Light-emitting diode backlight.
Both Led and OLED televisions come with skinny panels and millions of pixels that offer crystal-clear pictures.
So, in the battle between Oled and Led Tv, which one should you go for? You can also throw Nanocell vs OLED displays in the mix, to boot.
What Are LED TVs?
An Led TV contains two parts, including an LCD panel and backlight.
The LCD panel contains pixels, which are the little colored dots that make up a TV's image. The pixels cannot be seen on their own, and they require a backlight. When the lights produced by the backlight shines, you can see the color of the image.
A light-emitting diode TV is not equal. You can have variances in the number and quality of LEDs used in the backlight. The variances in the number and quality of LED backlighting lead to differences in black levels and brightness.
If you have heard of QLED TVs, it is also a type of LED Tv. The only difference is that they use a technology known as quantum dots to offer better quality color and brightness.
What Are OLED TVs?
OLED stands for Organic Light-emitting Diode (OLED).
OLEDs can offer both light and color from the same source when you feed them electricity. Thus, the TVs don't require a separate backlight to light the pixels. Each pixel it displays is a self-contained source of color and light.
One of the benefits of OLED TVs is that they are extremely flexible, thin, and rollable. Also, with the OLED television technology, every individual pixel receives its own power and luminance, unlike LEDs that require a backlight. When the LED TvV is on, you can see it, when you put it off, it doesn't emit light at all.
Is QLED the same as OLED?
Although they sound similar, QLED and OLED are not the same. QLED uses Light-emitting diode technology, while OLED uses organic light-emitting diodes.
However, QLED TVs use a technology that overlays the self-emissive quantum dots over the pixels. Thus, you end up with better color accuracy, brightness, and vivid and lifelike images. Having this in mind, the best Samsung monitors we reviewed and the top Sceptre monitors we reviewed, to boot, are worthy alternatives.
Which One Should You Choose: OLED TV or LED TV?
We'll compare the performance of the LED Vs. OLED screens in terms of various traits, including brightness, viewing angle, contrast, refresh rate, and response time. The top-rated Asus monitors we reviewed are worthy replacements, as well.
For a display to offer perfect picture quality, it should produce deep and dark blacks. Deeper blacks enable the display to achieve richer colors and higher contrast, leading to more lifelike and dazzling images.
A Light-emitting diode TV uses a Light-emitting diode to light the pixels. You can also come across advanced dimming technology that helps to dim select dim lights that don't need to be in full blast. Even with the advanced dimming technology, LRDs have had a hard time displaying deep blacks. It can even suffer from light bleed, which causes the lighter sections of the screen to create a bloom in adjacent dark areas.
OLED TVs don't have a challenge displaying the deep blacks. Thus, you can expect the most vivid and lifelike images by the display. If one pixel in the OLED TV is not receiving electricity, it doesn't produce light, and it is black.
Incredible black levels and brightness are vital when displaying content in the expanded HDR contrast range. Initially, TVs would only deliver content in the brightness of 300-400 nit. Bt the 4k HDR contrast range has led to TVs with higher brightness and excellent picture quality.
In the comparison on the black levels, OLED TVs come out as the clear winner.
These two technologies OLED and LED TV perform well when it comes to color space. Initially, LED TVs were having a challenge displaying high-quality colors. However, a lot of advancement has led to the LEDs perform better in color accuracy, color volume, and color brightness.
If you want a TV with an HDR (high dynamic range) and wide color gamut, you will find one in either OLED television or LED TV models that offer the features.
However, OLED TVs perform better than LED in terms of high dynamic range when viewing in dark rooms. OLEDs have a better contrast ratio. But a premium Light-emitting diode TV has the edge over OLEDs in terms of HDRs as it can offer saturated colors at extreme brightness levels, which is not the case for OLEDs.
LEDs offer better performance when it comes to the brightness levels due to the LED backlights. The backlights can consist of large and powerful LEDs, and the quantum dots will preserve the brightness even when the LEDs become smaller.
However, most modern TVs, including OLED, QLED, and LED, offer adequate brightness. The difference comes in depending on where you are watching the TV.
If you are watching in a dark room, OLED TV will perform better than LEDs. If the room is brightly lit, the LED TVs will perform better than the OLED counterparts.
However, OLEDs have also had great gains in brightness, making them suitable for any situation, apart from the direct sunlight on the display.
In terms of brightness, LED TVs have the edge over the OLED TVs.
Refresh Rate, Response Time, and Input Lag
The refresh rate feature refers to how often the image on the screen changes. The faster the refresh rate, the smoother the content on the screen. This enables you to pick even the finest details when playing fast action games.
Most modern TVs come with a 120Hz refresh rate, and some can go as high as 240Hz. This means the entire image on the screen is updated 240 times.
OLEDs can achieve up to 1,000 times higher than LED TVs in terms of refresh rate. But when looking at the refresh rate performance, you don't only consider the absolute speed. While movies and TV shows use a single refresh rate, it is not the case when playing fast action games.
Games use a variable refresh rate, which means that the refresh rate will change with different game parts. If your TV cannot match the refresh rate, you end up with screen tearing, which is a disparity between the rate the TV offers and the rate the game is using.
As such, gamers prefer a TV that can handle the variable refresh rate (VRR), a rare feature in both LEDs and OLED TVs.
On the other hand, response time refers to the time it takes individual pixels to change states in terms of color and brightness. If you have a fast response time, you enjoy fewer artifacts and motion blur, regardless of your display.
OLED TV pixels combine the light and color source from a single diode, enabling a swift response time.
On the other hand, Light-Emitting Diode TV use LED backlights for brightness, and the LCD shutters help create color. The LCD shutters are slower in responding to states, making LED TVs have a slower response time.
The OLED Tv is the clear winner in the response time category as it offers the fastest response time in any TV technology today.
Finally, you have input lag, which refers to the gap in time between when you press a button and how it takes for the corresponding action to display. Input lag becomes an issue if the TVs have a lot of image processing, which slows down their signal.
The game mode in most modern TVs comes in handy in reducing input lag.
LED TVs feature a 1080p HD (1920 x 1080 pixels) resolution and a 4K ultra HD resolution.
OLED TVs, on the other hand, are only available in 4K resolution only.
OLED offers superior picture quality than what you get in LED models.
If you sit in front of a LED TV, the picture looks colorful and bright. But when you look at the screen from the sides, above, or below, the color, contrast, and brightness become washed out and distorted. This is caused by the backlight and shutter effect on the LED TV.
For an OLED TV, the picture quality remains the same whether you are looking at the screen from the sides, above or below. This is due to the self-lighting capabilities of the OLED screen pixels.
The brighter the 4k TVs and OLED screens are, the more energy it consumes. The power consumption will also vary depending on content. For instance, a dark movie requires less power compared to a bright hockey game. If you want to make the OLED more power-efficient, you have to reduce brightness, which will affect its contrast.
The energy consumption in LED TVs depends on your LED backlight settings. The TV will consume lower energy when you lower the backlight.
OLED Vs. LED TVs: Which One Should You Choose?
Whether you want a small, medium, or mega-sized TV, LED TVs are an excellent choice. These two types of TV offer a wide selection of sizes to choose from, and they are also popular, which means they are cheaper in price.
However, if you are looking for top-notch, energy-efficient, color quality, OLED TVs will make a perfect choice though they may cost you more. OLED TV allows you to make adjustments to achieve the best color quality.
Both OLED and LED TVs have the capabilities to offer high-quality and lifelike images.