The OLED vs. LED display debate is evergreen, owing to the innovative developments in both technologies and their range of applications. From definition to benefits, strengths, and use cases of each display technology, this article will give you all you need to know to make an informed decision between OLED and LED screens.
What Is OLED Display Technology?
OLED is a modern display technology that manufacturers use to create electronic gadgets, including smartwatches, curved screens, smartphones, smart home television screens, personal computers, and other wearable devices.
They do not consist of traditional light-emitting diodes or liquid crystals. Instead, they comprise light-emitting organic compounds that beam automatically when an individual applies electric current.
What Is LED Display Technology?
An LED display is a technology built on the illuminating prowess of light-emitting diodes (LEDs). When connected to a power source, LEDs give off light. And depending on the arrangement or architecture, you can get up to 16 million colors from LEDs to display various forms of content on screens.
LED display technology arranges these semiconductors in a matrix or grid, and they can independently turn on and off in a precise pattern to create high-quality images or video. LED screens have vast applications, including digital signage, billboards, scoreboards, and other displays requiring high brightness, contrast, and visibility in indoor and outdoor environments.
Features of OLED Display Technology?
OLEDs are popular for the right reasons, fast refresh rates, foldability, wide viewing angles, vibrant color displays, etc. If you are stuck on the OLED vs. LED display technology debate, here is a run-through of 12 features of OLEDs:
- High-quality Color Displays: Due to the lack of backlighting in OLED display technologies, OLED displays emit their light while producing bright, vivid colors with high contrast ratios and deep blacks, giving viewers a more realistic and fascinating viewing experience.
- Fast Response Time: Another bestselling feature of OLED display technology is its fast response time—the speed it requires to change from one display to another or its ability to switch from one particular color to another very quickly. This feature makes OLEDs ideal for fast-paced gaming and video playback displays.
- Thin and Flexible: Manufacturers can get extremely creative with OLED displays because they are thin and can make flexible screens. Their size and flexibility allow designers to create new and unique product designs.
- Energy Efficiency: OLEDs are more energy-efficient than traditional display technologies since they do not require a backlight to function, and each pixel emits light. This feature allows them to use less power, as only the necessary pixels give off light rather than the entire screen.
- Wide Viewing Angles: When you are on the market or shopping for a new display technology, a wide viewing angle is one of the features to consider. OLED displays have wider viewing angles than traditional LED displays. Therefore, the image, video, graphics, or display text quality remains the same from any angle.
- High Contrast Ratio: High contrast ratios are another great feature of OLED displays. The contrast ratio is the level of black and white your screen has, determining how clear your display image, graphic, text, or video will be. OLEDs simultaneously display deep blacks and bright whites, resulting in a more dynamic image.
- Uniform Lighting: A common issue in traditional LED display technologies is backlight bleeding—where light leaks around various parts of a screen, leading to an uneven spread of light across such screens. On the other hand, OLED displays do not have the backlight bleeding issue; they have uniform lighting across the entire screen.
- Wide Color Gamut: Another important feature of OLED display technology is the range of colors a screen can reproduce. Displays with wider color gamuts can reproduce multiple colors, producing more vibrant and accurate texts, graphics, videos, and images.
OLEDs have a wider color gamut since they use organic compounds to produce light-emitting pixels. These organic materials emit light at much larger wavelengths, allowing OLED screens to produce multiple colors simultaneously.
- High Refresh Rates: OLED displays can refresh more rapidly per second than other display technologies, resulting in smoother motion and reducing motion blur in fast display scenes. In addition, OLEDs have lower input lag levels, which is the delay between when you make an input and when the screen displays your action.
OLED displays have a refresh rate between 60 Hz and 120 Hz; therefore, it updates the image, text, graphic, or video on the screen up to 120 times per second. Hence, OLED users have a smoother, more responsive experience.
- Improved Color Accuracy: OLED display technology has a more accurate color reproduction, meaning that the image, graphic, and video colors on the screen are closer to the source material.
- Long Lifespan: OLED displays can maintain their brightness and color accuracy for a long since they do not rely on a backlight, which degrades in the long run and causes the display to dim or lose color.
- Low Blue Light Emission: Blue light is a high-energy visible (HEV) light that can harm our eyes from long exposure to screens with high blue light levels. Studies show that exposure to blue light can disrupt sleep patterns, cause eye strain, and potentially contribute to long-term vision problems.
OLED displays have a lower blue light emission since they emit light directly from each pixel. Also, many manufacturers incorporate features that allow users to adjust the screen’s color temperature, further reducing blue light emissions and providing a better viewing experience.
Features of LED Display Technology?
To give you a clear insight into what makes LED displays one of the best technologies on the market, here are some main features of LEDs:
- High Brightness: LED screens offer high brightness even higher than OLEDs, ideal for indoor and outdoor use. Whether you need display technology for small or large indoor or outdoor gatherings, LED screens have brightness levels that will help your audience see without straining their eyes.
The additional materials manufacturer uses to enhance the brightness of LEDs maintain their illumination and allow them to have applications such as out-of-home advertising, commercial advertising, and other private occasions.
- Energy Efficient: LED displays do not consume much power like other display technologies, like LCDs making them more energy-efficient and cost-effective in the long run. Energy efficiency protects the environment and prevents you from spending too much on the light bill.
LEDs convert electricity into light more than traditional display technologies, which often rely on complex light-generating mechanisms.
In fact, LED screens only turn on when there is a photo or video display. Unlike traditional display technologies that use a constant power supply for the backlight to keep the screen going, LED displays can adjust their power consumption based on the displayed content.
This dynamic power management system increases the energy efficiency of LED displays, reduces their environmental impact, and lowers energy costs.
- Wide Viewing Angle: Like OLEDs, viewers can see images, text, and video clearly from almost where they are sitting in the room or congregation. Other display technologies with limited viewing angles do not share this luxury and can cause eye strain and other display artifacts when viewing them from other angles.
LED displays have wide viewing distances using In-Plane Switching (IPS) or Vertical Alignment (VA). This technology aligns liquid crystal molecules on the screen to ensure consistent picture quality and color reproduction over various viewing angles.
In addition to IPS and VA technologies, LED displays often use other techniques to improve viewing angles, such as advanced anti-reflective coatings and polarizers, reduce glare and improve contrast, making the screen easier to see in bright environments or outdoors.
This feature makes them ideal for a variety of applications such as digital signage, large rallies, street advertising, other promotional displays, and large format video walls. It also means many viewers can enjoy it without straining their eyes and neck.
- High Color Gamut: One of the best features of LED screens is their wide color gamut, the range of colors the screen can display. If you are purchasing a LED screen or currently have one, You’ll love the fact that it is common for delivering vibrant, accurate colors that make bold statements.
With green, red, and blue as their basic colors, LEDs can create up to 16 million rich colors for better display. In addition, manufacturers use advanced technologies such as quantum dots or phosphor coatings to expand the color gamut, resulting in even more vivid and accurate colors.
You will find the wide color gamut most relevant when carrying out tasks like image editing or video creation. With an LED display, the colors you see are original and vibrant, allowing you to have the best possible end product.
- High Resolution: If you’re in the market for a new display technology, you know well to consider an LED display with high-resolution features. When it comes to resolution, LED screens are capable of producing extremely clear images with a pixel density per inch.
Manufacturers achieve this by creating extremely small and densely packed LEDs, allowing for high pixel densities, which means more pixels per inch and greater detail in images, texts, graphics, and videos.
- Long Lifespan: LEDs are solid-state devices with no moving parts to wear out in the next few years. This makes them much more durable and long-lasting than other types of displays like LCDs. In addition, LED screens do not suffer from the same type of burn-in as other screens, which can also reduce their lifespan.
Although the exact lifetime of an LED screen depends on many factors, including the quality of structural components, frequency of use, and installation environment.
- Flexibility: LED screens are not only unique for their high resolution and long lifespan but also offer a high degree of flexibility in terms of design and mounting options. Manufacturers produce them in various shapes and sizes, from small compact screens to large-scale installations covering entire buildings.
Aside from their easily customizable design, LED screens also have easy installation options. Many consumers prefer LED screens for their varied applications, from commercial LED displays to rental LED displays in public spaces. You can install it anywhere in residential buildings, walls, and ceilings.
- Durability: Unlike other screens, such as LCD screens, LED screens do not use mechanical parts to create images, videos, graphics, and text. Instead, they consist of thousands of tiny LEDs producing light when you apply an electric current.
This feature enables them to be strong and possesses components that will not wear out over time; therefore, they resist damage from shock and other external factors. This makes them ideal for applications where the screen is subject to rough handling or needs far destination delivery frequently, e.g., trade fairs and events.
In addition, LED screens are suitable for operation in various temperatures and environments. They can operate in extreme temperatures from -40°C to 85°C without compromising performance or lifespan. This makes them useful in various environments, including outdoors, without the need to protect them from the elements.
- Scalability: The scalability of LED screens is one of their main advantages due to their modular design. The primary LED display architecture consists of numerous units of LED modules with room for more depending on the scale of the screen.
One can easily add these modules or remove them to customize the size and shape of the screen to suit your needs, making it easy to create screens of any size and configuration. This modular design also makes repairing or replacing individual modules easier in case of damage or malfunction.
This scalability is particularly useful in large-scale installations such as digital billboards and video walls, where the display’s size and configuration are needed depending on the viewing distance and available space. In these applications, LED displays can create large, high-resolution displays capable of displaying complex images and video content.
Applications of OLED Display Technology?
Here are the 15 top applications of OLED display technology:
- Mobile Devices: In today’s world, mobile devices have become the order of the day, and the number of smartphone users worldwide is currently at a high of 6.92 billion. One of the common use cases of OLED displays is in small handheld devices, including smartphones and tablets, due to their thin profile, flexibility, and low power consumption.
These features help mobile users to be able to make use of their phones even in the dark and in bright environments. For instance, if you use your smartphone or personal computer (PC) in a dark room, the deep blacks of the OLED display will automatically increase your screen’s brightness to create a better viewing experience.
- Television Screens: Let’s say you watch a movie with many dark scenes. An OLED TV is usually perfect for such scenarios, you don’t have to strain your eyes because produces deep blacks, making the dark scenes appear perfect and closer to the original display.
OLED high contrast ratio enhances the image, graphic, or video details, making it bright even in dark rooms. Manufacturers now use OLEDs for TVs due to their flexibility and wide viewing angle. This ensures all viewers can enjoy the display without losing picture quality, regardless of their viewing distance or angle.
- Automotive displays: OLED displays are ideal for automotive applications due to their high contrast ratio, making them a great option for use in car dashboards and infotainment systems, where drivers can quickly and easily read the information on the screen while driving.
OLED displays also fit into unique and innovative car designs since they are flexible and allow car manufacturers to bend or fold them into various shapes. They can also operate in extreme temperatures, ensuring your display remains visible and responsive even in harsh weather conditions.
- Wearable Devices: Manufacturers use OLEDs in wearable devices due to the many advantages it has over other display technologies, including flexibility, low power consumption, high contrast ratios and brightness levels, lightweight design, and durability.
Designers can curve or bend OLED displays to fit the shape of the device or the consumer’s body, making them the best for producing smartwatches, fitness trackers, and smart glasses. They also have less weight and require less power than traditional display technology.
- Virtual Reality (VR) and Augmented Reality (AR): OLED displays’ working processes and features are relevant for VR and AR applications. Gamers need a display highlighting all the necessary parts of a game’s graphics while responding swiftly. OLEDs offer high resolution,, fast response time, superior viewing angles, and high contrast ratios.
These features are crucial for creating a compelling and realistic VR and AR experience. OLEDs support rapid movements and changes without blurring or the Moire effect, enhancing the visual experience and creating longer-lasting devices.
- Healthcare: One of the most significant applications of OLED technology in the healthcare industry is medical devices for diagnostic imaging. Medical imaging needs deeper blacks for accuracy. OLED screens can showcase images with more color accuracy and deeper contrast, making them ideal for medical imaging applications.
Another application of OLED displays in medical devices is the development of long-lasting wearable devices that can monitor patient vital signs such as heart rate, blood pressure, and oxygen saturation.
- Gaming: OLED displays are suitable for producing handheld gaming devices due to their fast response time and ability to display high-quality graphics. They also offer a wider color gamut and more accurate color reproduction. Therefore games with HDR (High Dynamic Range) support can display multiple colors and brightness levels.
- Marketing and Advertising Displays: Large-scale advertising displays need screens with high-impact visuals, and OLED has exactly that. While they may not have size flexibility, manufacturers still produce ones perfect for outdoor advertising and indoor displays.
Marketers looking to reach a wider audience can strategically place ads on OLED screens in high-traffic locations such as transportation hubs, shopping malls, trade shows, and other commercial displays. This placement can help your business or event reach more people and increase brand visibility.
- Lighting: Businesses and events that need dynamic lighting must opt for OLED technology. Manufacturers use OLEDs to create thin, flexible lighting panels in various shapes, including rectangles, squares, circles, etc., that are energy efficient and long-lasting.
If you do not like traditional bulbs, an OLED light panel is perfect for use in places like residential buildings and offices. They are also simple to install and dispose of because they contain no mercury, lead, cadmium, or other harmful chemicals.
- Industrial Displays: Industrialists use OLED displays in process control systems, factory automation, and instrumentation. Since OLEDs offer high contrast ratios and wide viewing angles, they can adapt to environments with varying lighting conditions. OLED lighting is best for developing sensors that detect and measure gases and chemicals.
- Home Appliances: We can find OLED technology applications in our kitchen and other parts of the home. They can act as lighting solutions for home appliances, and OLED lighting is highly efficient and works best in appliances like refrigerators, ovens, and microwaves.
Other current applications for household appliances are washing machines with OLED displays that provide real-time information about the status of the washing cycle and refrigerators that provide information about the health of the appliance.
- Smart Home Devices: Many manufacturers make smart speakers with OLED displays. These speakers provide users with visual information such as weather forecasts, headlines, song lyrics, and photos or videos.
Also, OLED displays are useful in smart thermostats and smart locks. Smart thermostats provide consumers with real-time temperature and energy usage information, while smart locks display information such as battery life, lock status, and access codes.
- Point-of-sale Displays: Shopping malls and stores can use OLED POS display to showcase products available in the store. You can also use them to display the features and benefits of particular products, especially those with complex features.
Restaurants and bars can use them to display menus, pricing details, upcoming shows, or new in-house offers. OLED displays are perfect for placement at points of purchase (POP), effectively convincing consumers to make impulse purchases.
- Aviation Displays: Companies use OLED technology to provide pilots with critical information, such as altitude, speed, and heading in real-time, on a transparent screen in front of the pilot’s field of view. OLEDs are also suitable for cockpit displays to provide pilots with navigational information, system status, and other essential information.
Applications of LED Display Technology?
Some use cases of LED display technologies include, but are not limited to, the following:
- Outdoor Advertising: For advertisers looking for new and effective ways to reach their target audience, LED displays are ideal for large outdoor LED screens, unforgettable signs, and highly visible billboards. Luminous colors and high resolution make them an eye-catcher for drivers and commuters.
- Indoor Advertising: The versatility of LED giant screens makes them the best choice for companies, events, and individuals organizing indoor advertising such as shopping malls or sports facilities. These LED screens can display high-quality images and videos, making them ideal for promoting new products, sales updates, and upcoming events.
- Retail Displays: From malls to small shop vendors, retailers can use different types of LED displays to draw attention to their products and services. Common LED displays in this context show various “welcome” inscriptions and a list of available products and their prices.
- Digital Signage: It’s almost impossible to visit public spaces like airports, stadiums, train, and bus stations without seeing different LED displays conveying information. Advertisers leverage LED screens’ brightness to capture people’s attention in real-time.
- Scoreboards and Menuboards: Another major application of LED screens is in sports arenas like football stadiums and basketball pitches to display live scores about ongoing games. Also, restaurants use them for menu boards to display available dishes and their prices.
- Traffic Signals: Today, many traffic signals now use traffic LED displays instead of traditional incandescent bulbs since LED displays are more energy-efficient, have higher brightness levels, and have a longer lifespan.
- Street Lighting: For security, crime reduction, and safety, individuals use LED displays in street lighting as they can provide better lighting quality while using less energy than traditional streetlights.
- Event Lighting: Every event needs a high-quality LED display to showcase relevant information about the occasion. LED displays are perfect for event lighting to create colorful and dynamic displays that can be programmed to change throughout the event.
- Entertainment: LED displays perfectly light up entertainment venues such as theaters, concert halls, and music festivals since they are available in various colors and sizes. They can display stage backdrops, provide lighting effects, and create engaging environments.
- Education: LED screens provide visual aids that improve the quality of teaching. The screens also allow you to watch educational films and animations illustrating scientific concepts or historical events. In addition, LED displays allow teachers to create interactive lessons that engage students with the material in more hands-on ways.
For example, students can use touchscreens to answer quizzes, drag and drop images, and annotate diagrams. Another benefit of LED screens in education is that institutions can use them to facilitate distance learning.
With the development of e-learning platforms, LED screens can create virtual classrooms connecting students from different locations. Teachers can use screens to share their screens and video conference with students while providing real-time lessons.
Comparison Between OLED and LED Display Technologies
Let’s take a closer look at how these two technologies differ from each other based on various parameters:
1. Picture Quality
It’s common knowledge among picture-quality enthusiasts that OLED is a few steps ahead of LEDs. This is because, unlike LED displays, OLED displays can produce fine black, bright white, and an infinite contrast ratio.
In contrast, LED screens use light-emitting diodes to illuminate the entire screen, which means that even when the display content is dark, some light will still emit. This can result in a washed-out look in dark scenes.
2. Power Consumption
If you are comparing power consumption rates, OLED displays are more power-efficient than LED displays. This is because OLED displays only use power to light up the pixels, while LED displays use a backlight to illuminate the entire screen.
In an OLED display, each pixel emits light independently, so when your screen displays black, the light powering that particular pixel is off and not using any power. On the other hand, LED displays require a backlight to be on at all times, whether the screen displays dark or bright images, videos, or texts.
This means that LED displays will consume more power regardless of the display content. However, the power consumption varies depending on the specific models of OLED and LED displays. Since other factors, such as screen size, also affect power consumption, we can say there is no significant difference in consumption for both displays.
3. Lifespan and Durability
While OLEDs have better viewing angles and higher picture quality, LED displays have longer lifespans and higher durability. They use a backlight separate from the pixels, so the pixels themselves are not subject to as much wear and tear as they are in an OLED display. This means LED displays can last longer before significant picture quality degradation occurs.
In addition, LED display technologies are more durable than OLED displays because they are less prone to burn-in. This is more common in OLED displays because each pixel emits its light, and some pixels may be subject to more wear and tear than others.
However, it’s worth noting that both OLED and LED displays can have long lifespans if you properly care for and use them within the specifications your manufacturer recommends.
OLED displays are a modern and more advanced technology with improved features that are constantly evolving and making them more expensive to manufacture. Plus, the production process and speed of OLED displays are lower than that of LED displays, which contributes to higher retail costs.
On the other hand, LED screens are cheaper than OLED displays because LEDs are an older technology than OLED. It has been in existence for a long time and has a larger production volume, resulting in lower production costs.
5. Which is better for business settings?
The choice between OLED and LED displays will depend on what your company needs the display technology for and the space they are installing. An LED screen, for example, for productivity tasks or video conferencing is more economical for office applications because it is cheaper than OLED screens and still provides a high-quality image.
However, suppose your business needs to display high-quality image or video content, for example, in a marketing or advertising context. An OLED display may be a better choice due to its flexibility and excellent picture quality.
Even if you want to view the content for a long time, e.g., at the reception, on the menu, or in the hotel lobby, an LED display may be a better choice due to its long lifespan and durability.
6. Which One Is Best for Gaming?
When it comes to gaming, both OLED and LED screens can offer a great experience, but there are other factors to consider that can make one option better. In terms of image quality, OLED displays are superior due to their ability to produce true black and infinite contrast ratios.
OLED screens also have a faster response time than LEDs, allowing consumers to interact with fast-action content without worrying about motion blur or other screen artifacts.
But this issue will barely bother gamers because the content you are displaying is barely stagnant, it is always moving from one position to another, but still bear in mind if you intend to play games with lots of static graphics, you may experience this artifact over time.
Conversely, LED displays are more durable and long-lasting than OLED displays, making them a better choice for gamers who plan to use their screen for many years. Aside from their long lifetimes, LED screens are also less prone to burn-in. Hence they are a better choice for games with static user interfaces (UIs).
7. Which Display Technology Is Best for Events?
LED displays are best for large gatherings such as concerts, trade shows, sporting events, and big outdoor parties. You can use large LED screens to display top-quality graphics, texts, videos, or images to large audiences. Manufacturers produce LED screens using dedicated materials that make them resistant to severe weather conditions, making them the best option for outdoor events.
On the flip side, OLED displays are best for indoor events where the audience needs a high-quality graphic, video, or image display, such as art exhibitions, trade fairs, product launch parties, or conferences. They have excellent image quality, color accuracy, and contrast, thus their fit for displaying high-quality images and videos in a smaller environment.
8. iPhone Screen
LEDs are semiconductors with sizes that are generally too large for small screens such as smartphones and wearable devices. The need for smartphones in various use cases is widespread, and Apple is one of the leading manufacturers on the market, recording over 100 million iPhone users worldwide.
While they are large for small screens, iPhone screens use LED for their backlights due to their high brightness levels, and the iPhone 8 series, down to iPhone 1, uses in-plane switching (IPS) LCD screens.
However, Apple is incorporating OLED screens for the iPhone X and later series, except for iPhone XR, which uses an LCD liquid retina screen, and iPhone 11, which also uses an LCD liquid retina HD display. Apple uses OLED screens for some of its later series devices due to the technology’s color accuracy, and high dynamic range (HDR) display.
It is always a good idea to consider an iPhone screen type before settling on one that is best for you. Still, many factors aside from the screen contribute to the quality of smartphones. Any iPhone OLED screen series would be best if you prefer a high contrast level, less power consumption, and much faster response rates.
However, if you prefer a cheaper option with a longer lifespan, more color accuracy, resistance to strong weather, and lower burn-in rates place your bets on the iPhone XR, 11, and the 8 series.
9. Dirty Screen Effect
The dirty screen effect is a motion artifact that makes one part of your display technology appear darker than other parts of your screen. This issue is common with LED displays since they use backlights to light up the entire screen, and the backlight bleeds and spreads across your screen, disturbing your display.
On the flip side, each pixel in an OLED screen can light itself up and go off when necessary. Even if OLEDs experience such motion artifacts, their deep black features can help hide the dirty screen effect from being completely visible. Therefore OLEDs are less prone to DSE than LED displays.
10. Screen Heat Comparison
OLED screens produce less heat because they do not need backlights to display images, videos, texts, or graphics. Each pixel lights up independently when it needs to display content. Therefore, pixels not in use can remain off, hence reducing screen heat and allowing your display technology to be cool.
On the other hand, LED displays produce more heat than OLEDs due to the presence of the backlight that illuminates their panel and evenly distributes this light across the screen. Since all pixels are up and running simultaneously, they tend to produce much heat and become hotter when you display content for longer periods.
11. Which Technology Is Better for Curved Displays?
It is possible for designers to make foldable LED screens, but remember they are thick and rigid, and that structure makes them more difficult to bend and fold. But OLEDs are more flexible, allowing manufacturers to easily bend and fold them into various configurations. OLEDs are usually thinner and lighter than LED screens, manufacturers bend and fold them into various shapes easily without wrecking picture quality.
How Do OLED and LED Display Impact the User Experience of Smart Home Devices?
While many technological evolutions are contributing to the development of the smart home industry, OLED and LED technologies play an important role. They change how we consume media, interact with our devices and perceive our surroundings, and sometimes influence purchasing decisions.
OLEDs and LEDs are almost everywhere in individual homes, from TVs to bulbs and other household appliances. While the two technologies share some similarities, there are significant differences and advantages each has to each other and to the other that affects the user experience.
OLED screens come from organic materials that emit light when you pass an electric current through them. This feature allows each pixel, not minding the pixel pitch, to come on and off for a more immersive viewing experience, making them ideal for smart home devices like televisions and personal computers.
Also, OLED screens have wider viewing angles than traditional LED screens, so image quality remains the same from different angles. On the other hand, LED technology is more versatile and suitable for various smart home devices, such as light bulbs, light strips, and smart home hubs.
You can also change the color or brightness of the LED lights to create the perfect mood in your space. In addition to color change, LED display technology lasts longer than traditional incandescent bulbs, helping users can save money. Generally, OLED vs. LED makes smart homes more convenient and efficient.
Tabular Comparison Between OLED and LED Display Technologies
|Diodes emit light when an electric current passes through them.
|LEDs are Semiconductor materials that illuminate the screen. They are mostly used as backlights in LCDs.
|Superior picture quality with deep blacks, bright white, and infinite contrast ratios
|They have good picture quality but cannot achieve deep blacks and bright whites like OLEDs.
|They have wider viewing angles than LED displays.
|Limited viewing angles than OLED but still perfect for both indoor and larger out events.
|Energy-efficient, as each pixel can come on and go off when necessary.
|Energy-efficient, as they require less power to produce light.
|Less durable than LED displays technologies, with the potential for burn-in and shorter lifespan.
|More durable than OLED displays, with a longer lifespan and less susceptibility to burn-in
|More expensive than LED displays technology.
|Less expensive than OLED displays but more expensive than LCDs.
|Best suited for smartphones, wearables, and smart home devices such as TVs and monitors.
|LEDs are versatile in commercial LED displays and creative LED displays for smart home devices.
|Low heat production
|Can produce some heat but less than traditional incandescent bulbs
|Accurate color reproduction
|Good color reproduction, but may not be as accurate as OLED displays
|Pixel response time
|Faster response time, resulting in less motion blur and smoother video playback
|Slower response time, resulting in more motion blur and less smooth video playback
|Thinner and more flexible, allowing for more creative and unconventional designs
|Thicker and less flexible, limiting design options
|Infinite contrast ratio, resulting in indistinguishable differences between the brightest and darkest pixels
|Finite contrast ratio, limited by the backlight
|Better uniformity with fewer variations in color and brightness across the screen
|Potentially worse uniformity with backlight bleed and uneven lighting
|Generally more environmentally friendly as they consume less power overall and do not require a backlight. However, they may use rare and valuable materials that could impact the environment in the case of irresponsible sourcing and recycling.
|They are less environmentally friendly than OLEDs as they require a backlight and consume more power overall, but do not use rare and valuable materials that could impact the environment.
This table provides an overview of the differences between OLED and LED display technologies. It is important to note that there may be variations within each technology, depending on the specific device and manufacturer.
The Verdict: The Overall Best
Whether you are looking for a cinematic color quality display technology with longevity, high resolution, high refresh rates, or high contrast ratios, you must consider between OLED vs. LED screen. Both technologies offer features that make them special and suitable for various budgets.
For instance, OLEDs have superior image quality than LED displays, but LEDs have longer lifespans and are more durable. However, comparing all their features, you will discover they have significant differences that make them better than the others or equally perfect for particular applications.
The cost of OLED and LED varies depending on the specific models and features. LEDs are less expensive than OLEDs. So, if cost and durability are major factors in your buying decision, an LED display will likely be the best option. However, an OLED display may be worth the extra investment if you’re willing to spend more for better picture quality.
1. Mini LED vs OLED: What Is the Difference
Mini LEDs are an elevation to traditional LEDs; they are a type of backlighting technology for Quantum Nano-Emitting Diode (QNED). This display technology offers deep blacks, high brightness, and great image quality. Mini LEDs are a good choice if you need a high-quality display for a lower price than OLEDs.
On the flip side, OLEDs are currently the best display technology on the market. They offer better picture quality than Mini LEDs and other traditional display technology. Aside from image quality, OLEDs have faster refresh rates, better viewing angle advantage, and more contrast ratios, making their display look exactly like the source video, image, or graphic.
2. What Is an OLED Monitor
OLED monitors are similar to other OLED devices, their working processes are the same, only that it is a computer display. Similar to OLED screens, the pixels in these monitors light up and go off independently when there is a need. Generally, these monitors perform better than traditional LCD monitors and have better picture quality, brightness, and contrast ratios.
Still, OLED monitors are more expensive to produce and this increases their retail price, making them pricier than LCDs and traditional LED monitors. This is because their manufacturing process is more complex and expensive.
3. Micro LED Display vs OLED: What Is the Difference
As OLEDs continue to rise in fame and applications, emerging display technology like Micro LED displays is also making waves while promising to offer a better immersive experience. OLEDs have the most impressive viewing angles, deeper blacks, faster response rates, and more flexibility, hence their application in various electronic equipment and wearable devices.
However, micro LEDs promise superior picture quality, higher efficiency, infinite contrast ratios, and a wider color gamut than OLEDs. This emerging display technology offers more flexibility. We can expect its applications on augmented reality (AR) devices, smart home televisions, smartwatches, and small handheld devices like smartphones and tablets.