Shopping for a new TV with the latest picture technology?
Nanocell and OLED technologies are leading the way when it comes to experiencing your favorite shows at home. Both boast excellent image quality, but some key differences exist between them that may make one better suited for certain applications than the other.
Keep on reading to learn all about Nanocell vs OLED TVs today!
NanoCell VS OLED TVs Overview
OLED and NanoCell are two different types of display technologies used in modern TVs. OLED stands for Organic Light Emitting Diode, while NanoCell is a type of LED-LCD display.
Here are some of the key differences between OLED and NanoCell:
- Display Type: OLED TVs use self-emitting pixels that generate their own light, while NanoCell TVs use LED backlights to illuminate the display. This means that OLED TVs can achieve true black levels and have a wider contrast ratio than NanoCell TVs.
- Contrast: OLED TVs have a very high contrast ratio, which means they can display deep blacks and bright whites simultaneously, while NanoCell TVs have a lower contrast ratio.
- Color Accuracy: Both OLED and NanoCell TVs have excellent color accuracy, but OLED TVs tend to have slightly better color accuracy, especially when it comes to black levels and shadow detail.
- Screen Thickness: OLED TVs are much thinner than NanoCell TVs due to their self-emitting pixels, which do not require a backlight. This makes OLED TVs ideal for wall mounting or for use in spaces where a thin profile is desired.
- Viewing Angle: OLED TVs have a very wide viewing angle, which means the picture looks good from almost any angle. NanoCell TVs have a wider viewing angle than traditional LED-LCD TVs, but their viewing angle is still narrower than OLED TVs.
- Response Time: OLED TVs have a very low response time, which means they can display fast-moving images with minimal motion blur. NanoCell TVs have a higher response time, which can lead to motion blur and ghosting in fast-paced content like sports or action movies.
Here’s table that highlights the key differences between NanoCell and OLED TVs:
| TV Technology | NanoCell | OLED |
|---|---|---|
| Display Type | Backlit LED-LCD with special coating | Self-emitting pixels |
| Color Accuracy | Improved color accuracy with nanoparticles | Superior color accuracy |
| Black Levels | Good, but not as deep as OLED | Deeper black levels |
| Response Time | Slower | Faster |
| Power Consumption | More power consumption | Less power consumption |
| Gaming Performance | Good, but slower response times | Faster response times for smooth gameplay |
| Affordability | More affordable than OLED | More expensive than NanoCell |
Which is the Cheaper TV Option? NanoCell or OLED?
Here’s a table summarizing the differences in price between NanoCell and OLED TVs:
| TV Technology | Price Range |
|---|---|
| NanoCell | Starting at about $500 |
| OLED | Starting at around $2,000, usually 50-100% more expensive than NanoCell |
When looking for a new TV, NanoCell TVs are an attractive option thanks to their relatively low starting price of $500. Those who crave the best picture quality will have to shell out more money – OLED TVs come with a heftier price tag that starts at around $2,000.
While NanoCell TVs are a good option for those on a budget, those who are willing to spend more for the best picture quality may find OLED TVs to be worth the investment. However, it’s important to keep in mind that prices may vary depending on the model, size, and other features.
Also Read: How to Choose a TV for a Small Space
Image quality differences between NanoCell and OLED TVs
NanoCell TVs use a backlit LED-LCD display with a special coating for a sharper image, while OLED TVs offer self-emitting pixels for superior image quality.
NanoCell TVs provide good image quality but cannot match the deep blacks and depth of color output that OLED can offer. NanoCell technology reproduces pure colors by applying about 1 nm nanoparticles, which helps to deliver an incredible picture quality with improved color accuracy.
However, due to their self-emitting pixels, OLED TVs can produce deeper black levels and more vibrant colors than NanoCell TVs.
In terms of gaming performance, OLED displays have faster response times than NanoCell displays, making them ideal for gamers who want smooth gameplay without any lag or stuttering.
Here is a table of the pros and cons of NanoCell TVs:
| Pros | Cons |
|---|---|
| Good color accuracy | Lower contrast compared to OLED TVs |
| Affordability compared to OLED TVs | Lower viewing angle compared to OLED TVs |
| Better viewing angle than traditional LED-LCDs | Higher response time can lead to motion blur |
| Wide range of screen sizes available | Not as slim as OLED TVs, with a thicker profile |
| Can be used for gaming with low input lag | Limited HDR performance compared to higher-end models |
| Supports a wide range of smart TV features | Not as energy-efficient as OLED TVs |
Here is a table of the pros and cons of OLED TVs:
| Pros | Cons |
|---|---|
| Superior contrast and black levels | Generally more expensive than NanoCell and other LCD TVs |
| Excellent color accuracy | Risk of permanent image retention or burn-in |
| Very slim and lightweight | Limited peak brightness compared to some LCD TVs |
| Wide viewing angle | May not be as energy-efficient as some LCD TVs |
| Low response time for minimal motion blur | Risk of uneven wear on individual pixels over time |
| Supports advanced HDR formats like Dolby Vision | Limited screen sizes available compared to LCD TVs |
| Great for both movies and gaming |
OLED TV VS Nanocell TV Picture Comparison (Side by Side)
The power consumption differences between NanoCell and OLED TVs
The power consumption differences between NanoCell and OLED TVs are significant. NanoCell TVs use a backlit LED-LCD display which requires more power to produce an image than an OLED TV. In general, NanoCell TVs consume up to 20% more energy than their OLED counterparts.
OLED TVs can achieve their low power consumption due to their self-emitting pixels which only need a small amount of power to light up the individual pixels in the display. This means that OLED TVs are much more efficient when it comes to energy usage than NanoCell TVs, allowing you to save money on your electricity bills over time.
Best Nanocell LG TV
Looking for a new TV that won’t break the bank but still delivers great picture quality and features? Look no further than the LG 55-Inch NanoCell TV!
10 Reason why buy LG 55-Inch Class NANO75 Series Alexa Built-in 4K Smart TV
- Incredible picture quality: With over a billion rich and vivid colors and deep black levels, this LG NanoCell TV delivers a lifelike image that will make you feel like you’re part of the action.
- Advanced AI processing: Powered by LG’s α5 Gen5 AI Processor 4K, this TV enhances your picture and sound quality to provide an immersive viewing experience.
- AI Brightness Control: This feature automatically adjusts the screen brightness to provide optimal viewing in any lighting conditions, so you can enjoy your favorite content without any eye strain.
- Game Optimizer: Whether you’re a casual gamer or a hardcore enthusiast, this TV has you covered with its Game Optimizer feature that lets you adjust all of your game settings in one convenient dashboard.
- Low input lag and fast response times: With Auto Low-Latency Mode and HGiG compliance, you can keep up with the action and enjoy smooth, responsive gameplay.
- Personalized viewing experience: Create separate accounts and receive personalized recommendations to customize your viewing experience for you and your family.
- Intuitive navigation: Use the LG Magic Remote to quickly and easily navigate through your favorite content, whether you prefer pointing, clicking, scrolling, or using your voice.
- Wall-mountable: Mount this TV on the wall with a 300 x 300 VESA mount (sold separately) for a sleek, minimalist look.
- Built-in speakers: This TV comes equipped with built-in speakers that provide clear, powerful sound without the need for external speakers or soundbars.
- Bluetooth Surround Ready and NVIDIA GEFORCE NOW: Take your viewing experience to the next level with Bluetooth Surround Ready and NVIDIA GEFORCE NOW compatibility, which let you connect to your favorite devices and stream content with ease.
Final Verdict
While NanoCell TVs offer good image quality with improved color accuracy thanks to their special coating, they cannot match the deep blacks and superior color accuracy of OLED displays. Additionally, OLED displays have faster response times for smoother gameplay and consume less power, making them more energy-efficient in the long run.
However, OLED TVs are generally more expensive than NanoCell models, making them less accessible for those on a budget. Overall, this table makes it easy to see the key differences between these two types of TVs, allowing consumers to make an informed decision when choosing the right TV for their needs.