IPS Monitor vs LED is two types of computer monitors. The main difference between the two is that IPS monitors use in-plane switching technology to produce a wider viewing angle, while LED monitors use light-emitting diodes to produce images. In 2022, which type of monitor is better?
1. What is IPS?
IPS stands for the in-plane switch and is a panel technology used for LCD (liquid crystal displays) monitors. IPS monitors offer superior viewing angles and image quality compared with TN and VA alternatives.
It also has the best color accuracy, making them an excellent choice for people who do more than play games. As you would expect, IPS monitors are more expensive than other panel technologies.
2. What is an IPS Monitor?
An IPS monitor means one with an IPS panel. As mentioned, IPS technology has its own set of advantages, which can often result in a higher price tag than the alternatives. We’ll detail the differences between TN and VA in the following article. Let’s first take a look at the LED.
3. IPS Features
Now, we will discuss the many benefits of using IPS panel technology on monitors. These points can be compared to other panel technologies like VA and TN.
Better Viewing Angles
Monitors with IPS technology have better viewing angles. This means that the color displayed on the monitor will look the same no matter where it is viewed. This was not true for VA and TN panels with poor viewing angles. Professionals such as video editors and photographers will find this feature very useful.
Improved Color Accuracy
Color accuracy is the ability of the panel to reproduce colors accurately. IPS panels are the most affordable, with 8-bit color reproduction. This means that the monitor can display more primary colors and is less difficult to use from a practical perspective. Ultimately, what you see on an IPS screen will be more accurate than the footage.
Enhanced Color Gamut
An IPS panel can accommodate a broader range of colors than TN or VA. Gamut is the range of colors that a monitor can display. Monitor manufacturers will advertise the compatibility of each monitor with these standards. Depending on their purpose, professional monitors might have 98% or 100% of Adobe RGB and sRGB.
IPS panels have a higher contrast ratio than their TN or VA counterparts. This allows users to distinguish between dark and bright areas on the monitor easily. Professionals who work in content creation and editing will benefit from a higher contrast ratio.
1. What is LED?
LED stands for light-emitting diode, and it is a backlight technology that uses displays. This display technology uses LEDs to illuminate each pixel.
2. What is LED technology?
LED, or Light Emitting Diodes, is a display technology that uses LEDs to illuminate each pixel. While a standard backlight lights the screen, each LED can be controlled individually. Each LED is refreshed simultaneously, so the screen is not refreshed from top to bottom and left to right.
Because they consume less energy and produce brighter displays, monitors often use this technology. They are known for their incredible refresh rates and quick response times. A light diffuser is placed between it and the array of LEDs to make the light source more uniform across the entire screen.
3. LED Features
These are just a few areas where LED displays can be a real advantage. The LED technology can be combined with VA, IPS, and TN panel technologies.
LED-backlit technology makes it possible to make slimmer monitors than its predecessors. LED backlighting hardware takes up less space than older CCFL backlighting devices. Monitors with LED backlighting are more portable.
Also, the LED backlighting technology has led to the development of affordable monitors and television screens. A CRT-based LCD requires extensive construction skills, but an LED-backlit LCD can be made quickly and automated. Because LED monitors have a lower base price, advanced features tend to be more affordable than IPS models.
Low Heat and Power Consumption
Because of their design, LED monitors don’t produce much heat or use a lot of power. These features increase the durability and reliability of LED-backlit LCDs. LED monitors are more energy-efficient than older-generation models. It means less e-waste in the end.
LED monitors offer a lot more versatility than older models. They can be combined with IPS panels to achieve a combination of performance and color accuracy. Gamers will also love the IPS-TN combo. LED monitors to have a higher response time and better refresh rate than traditional LCD monitors, with speeds up to 1ms and 300Hz, respectively.
IPS Monitor vs LED: Latest Comparison
1. IPS Monitor vs LED: Technology
IPS Monitors, which are types of Panel Technology, are the most apparent difference. Backlight Technologies are used in LED Monitors.
Both can work together, despite their differences in technology. Plasma displays were most common until around 2014, when LCD replaced them. It is essential to mention that both LED, and IPS monitors use LCD (liquid crystal displays).
2. IPS Monitor vs LED: Image Quality
Because of their clarity and crispness, IPS displays provide a better image than LED displays.
On the other hand, an LED monitor has lower reliability and color accuracy. The viewing angle is limited, so you will only see the best quality if you are directly in front of it.
3. IPS Monitor vs LED: Response Times
Monitor response times are the time it takes for the screen to change from one color to another. The response time differences can be more noticeable when playing fast-paced games like CS: GO and Fortnite.
IPS monitors were criticized for their slow response times. Recent IPS panels show remarkable improvement in performance.
IPS monitor marketing does not focus on users who need quick response times.
An LED panel with either VA or TN technology is a good choice if you require LCD monitors that respond quickly. This LCD screen usually responds in 1 second. These monitors have smaller viewing angles and a lower quality image than IPS monitors. However, these monitors can still deliver excellent performance for planning quick-action games if you sit directly in front. Vertical monitors may be an option in this instance.
4. IPS vs LED Monitor: Display
The hues and brightness of LED and IPS monitors are vastly different. IPS monitors offer wide viewing angles and no color change.
On the other hand, LED monitors are designed to highlight the brightness of the visuals. You will notice a change in the color of your screen depending on where you are sitting. The appearance of washed-out displays may be caused by viewing LED monitors from certain angles.
5. LED Monitor vs IPS: Compatibility
While they are different, In-Plane Switching screens or LED, monitors can be combined with other display panels to address their shortcomings.
Here are some combinations:
- LCD monitors with IPS panels and an LED backlight
- LED-backlit features with IPS or TN panels
- IPS display with LCD backlight or LED backlight technology
6. LED vs IPS Monitor: Energy Consumption
The energy uptake is another significant difference between IPS and LED monitors. An IPS monitor offers better visual quality than an LCD monitor. However, it consumes more power to keep the screen running at its best.
While LED monitors have brighter displays, they consume less power than IPS panel technology. This is why LED monitors are popular among those who want affordable electronics.
7. Heat generation
IPS monitors require more power than LED monitors and produce more heat. Even with all the bright light LED monitors to create, they still have the lowest heat among many panel types.
IPS Monitors are more expensive than LED monitors, but they’re still cheaper than LED monitors. IPS Monitors are an excellent choice for those who love video editing, content creation, and image editing. They provide crisp images that allow you to edit accurately.
The main reason is that LEDs can be manufactured at a meager cost. Companies like Samsung and LG have improved their manufacturing processes to make it even more affordable. LCD is more challenging to make and takes longer to produce.
What is an IPS LED Panel?
We want to mention the bottom line in the last section: IPS stands for panel technology, and LED stands for backlighting technology.
An IPS panel cannot be an LED panel. An IPS panel monitor may use LED backlighting technology. You can also find IPS panels using other technologies than LED backlighting. Samsung and LG, for example, have experimented with other backlighting technologies such as OLED, QLED, and MicroLED.
While some of these options still use an LCD, others have moved on. For example, OLED TVs and OLED monitors from LG do not use an LCD. Instead, these display devices arrange many OLEDs in the correct order and toggle them to create desired images. Famous tech giants such as Samsung and Apple are working on MicroLED. This uses millions of LEDs.
Why is the IPS Panel better?
These are why we believe you should choose a monitor with an IPS panel.
Professional tasks such as photo and video editing can be done on monitors with an IPS panel. The panel can accurately reproduce colors and supports popular color gamuts such as sRGB or Adobe RGB. An IPS display will generally show what you see in real life more accurately.
An IPS monitor’s wider viewing angles are a big plus from a convenience standpoint. You can place the monitor in a comfortable location and view it. This is useful if you need to set up multi-monitors or an extended display system. Professional photographers prefer IPS monitor systems over TA or VA.
You don’t have to worry about image quality when buying a high-resolution panel with an IPS panel. The meeting will display any content with the highest sharpness. You can choose from a variety of viewing modes offered by many manufacturers. To improve your health, you can lower the blue-light emissions of the IPS monitor.
Despite their high price tag, IPS displays are designed for long-term performance. Professionals who want to invest in durable workspaces will be happy with the durability of the IPS display. It will handle almost any gaming or computer needs, even though it may cost a few hundred dollars.
In addition to these, IPS-based monitors will have manufacturer-specific features as well. You may have different modes or customizable settings. BenQ’s IPS monitor allows me to choose the best model for reading, watching movies, and gaming. Manufacturers may offer a range of connectivity options.
IPS monitors must be combined with other technologies to reap the benefits. If an IPS monitor requires power savings, it must use LED backlighting technology. To improve the user experience, thinner bezels might be necessary.
How long do IPS panels last?
As we have mentioned, IPS panels are built to deliver a high-quality customer service experience. They can also be long-term investments than other panel technologies. If you compare a representative IPS and VA/TN monitor on the market, you’ll see that the IPS one has better performance. The monitor also does this without reducing the system’s operating hours.
However, to answer your question, we can’t give you one figure that applies to all manufacturers. This depends on many factors, including the price tag of the machine and the manufacturer. According to market research, an LCD monitor’s typical usage limit is between 30000 and 60000 hours. We are referring to the usage time, not the time since purchase.
If you use your monitor for 8 hours per day, it will last between 10 and 20 years. Professionals will find this number interesting for another reason. Professional photographers and media creators will need to replace their hardware within ten years. This is why you can get an IPS monitor to use in your professional computer setup. The monitor’s maximum life expectancy of 20 years is quite impressive from a practical perspective.
This is the cherry on top. You get the best warranty package if you purchase the monitor from a trusted manufacturer. Even if the IPS monitor has problems, it is possible to be replaced. Even if this is not the case, you need to look for screen problems and dead pixels.
Are IPS Monitors Good For Eyes?
Professionals who work long hours in front of computers can experience eye strain. This is often due to the radiation from the panel. Choosing an IPS monitor over a TN/VA can significantly impact your eyesight.
IPS monitors are less likely to cause strain on the eyes. This is mainly due to the high-quality materials used by IPS monitor manufacturers. IPS monitors offer superior viewing angles to all other types of technology. Keeping them in one place doesn’t mean you have to strain your eyes.
However, the second section of the story focuses on the monitor’s manufacturer. Many popular IPS monitors have advanced customization options, as we mentioned earlier. To protect your eyes, you can adjust the blue light emission from the panel. The monitor can be set up to adjust brightness according to ambient light. An IPS monitor can be a great choice.
It is important to remember that monitors with the IPS panel have been designed for stability. This means that your eyes will receive a premium treatment.
Glitchmind hopes to have answered at least some of your central questions in the IPS Monitor vs LED debate. It is impossible to compare IPS Monitor vs LED head-on due to obvious reasons.
Our answers will help determine if you require panel technology or backlighting technology for your dream gaming/professional computer.