What is an IPS monitor?
Whether you use it for business or pleasure, you may find yourself underwhelmed by a monitor's display, screen sharpness, or refresh rate. These are typical problems with an old computer monitor.
When buying a new one, these specifications are always considered. However, the panel type should also be taken into account. "IPS" is one of the most common panel types used in modern LCD (Liquid-Crystal Display) monitors.
An IPS display is one of the essential tools for entrepreneurs, businesspeople, and members of the gaming industry who need a monitor for a gaming PC. And for a more enjoyable computer experience, you may need an IPS monitor.
Let's look at the IPS monitor, how the display works, why you should choose an IPS panel over an alternative cheap monitor, and some alternatives to an IPS monitor.
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What is an IPS Monitor?
IPS, which stands for In-Plane Switching (IPS), is an LCD (Liquid Crystal Display) monitor technology. It consists of a backlit mirror positioned behind a polarizing glass panel.
The IPS Portable Monitor consists of many liquid crystals. As in LCD technology, these liquid crystals are referred to as liquid pixels. The liquid pixels are parallel to the glass panel on both sides.
When these crystals come into contact with electricity, they rotate, creating brightly colored images.
The IPS monitor is designed for tech-savvy individuals who need precise and accurate colors on screen.
The advantage of an IPS monitor lies in its color performance and wide viewing angle. This means you still see excellent colors from any angle on the screen.
High-end monitors, including those with certain touchscreen displays, must meet the IPS standard to be an IPS monitor for eye care.
With a modern IPS monitor, there are two additional panel variants. These include TN (Twisted Nematic), often used for more affordable computer monitors, and VA (Vertical Alignment), which offers good contrast and deep blacks but is better suited for television or less agile computer activities due to its slower refresh rate.
What is a TN Monitor?
Modern Gaming Monitors often utilize LCD panel technology, TN or Twisted Nematic. Due to their fast response time and speed, TN panels have traditionally been popular in the monitor industry for gaming monitor development.
Modern TN panels offer extremely minimal input latency and refresh rates up to 360 Hz. This combination of features makes them the product of choice for gamers, especially when opting for a more affordable alternative to an IPS monitor.
Because response times and refresh rates are their main advantages. Until recently, only TN panels could achieve pixel refresh response times of 1 ms or less, making them the logical choice for gaming. They were the only panel type capable of operating at speeds greater than 120 Hz until recently.
The best gaming monitors don't just use TN panels; gaming laptops also use this more affordable option. However, TN needs to improve in color, viewing angles, and accuracy. A VA (vertical alignment) monitor and an IPS (In-Plane-Switch) monitor are superior options in these spectra.
When it comes to overall response, TN panels offer higher responsiveness and better gaming performance. However, the IPS monitor wins when it comes to color accuracy, viewing perspectives, and overall visual quality.
What is a VA Monitor?
VA stands for vertical alignment. VA displays use liquid crystals that are perpendicular to the surfaces and are vertically aligned.
Vertical alignment is referred to as VA. These LCDs use liquid crystals that are perpendicular to the surfaces and are vertically aligned. The surface is a simpler term for the piece of polarized glass used to create an LCD panel. These vertically aligned crystals tilt to allow light to pass through the screen when electricity is applied. This technology differs from an IPS monitor, where liquid crystals run parallel to the surfaces.
The evolution of vertical alignment panel production gave LCDs color and better viewing angles. VA panels offer the highest contrast of all LCD types, producing a much wider color gamut than TNs and an IPS monitor.
In terms of color and response time, VA models are considered ideal for TN, VA, and IPS monitors. Due to the vertically aligned liquid crystals, VA panels often offer the best color contrast of the three monitor types. The black depths of the VA monitor are deeper and more defined than the black levels of the TN and an IPS monitor, partly due to the vertically aligned liquid crystals.
In the comparison of the three, TN panels are usually the most affordable due to their color accuracy and visual clarity; in contrast, an IPS monitor is the most expensive due to its image quality.
Comparison of Panel Types
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IPS |
AND |
TN |
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Gaming Performance |
Response times are slower than TN and faster than VA. |
Poor response times. Higher refresh rates are possible, but not common. |
Best overall gaming performance with the highest response times. |
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Image Quality and Colors |
Highest color accuracy. |
They have better viewing angles than TN, but are still far behind the IPS panel. Good color and contrast with the best image depth. |
Worse viewing angles than both and poor color accuracy. |
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Pricing |
The IPS panel is the highest quality choice with high-end features. |
It can get expensive if features and performance are similar to a TN display. |
Overall, the most affordable option for the monitor. |
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Recommended Use |
Professional editors, business people, etc. |
Good for general use. |
Best suited for gaming. |
What is an OLED Monitor?
In recent years, OLEDs have become increasingly prevalent in gaming, although they are still significantly more expensive than LCDs. The main advantages of OLED in gaming monitor panels are the fastest response speeds, even faster than TN, and limitless contrast.
The name "organic light-emitting diode" refers to each pixel being self-illuminating, eliminating the need for a central light source common to all types of LCDs, whether LED or otherwise. An OLED screen is even smaller than typical LCDs because it has neither backlighting nor edge lighting. But there are other differences too.
Thanks to superior contrast and a wide field of view when seated, OLED exhibits less eye strain, dryness, and tearing. With enormous brightness that can easily surprise you and lead to eye strain, LCDs often compensate for lower contrast. This is not what OLEDs do. OLED is better for gaming, especially in terms of fast response and improved contrast that ensures precise detail retention.
When comparing OLED and IPS monitors, we find that an OLED display is of higher quality than an IPS monitor. They produce richer colors, deeper blacks, and faster response times.
When deciding between an OLED or an IPS monitor, remember that OLED Monitors offer comparable or larger viewing angles and may consume less power when displaying darker images. However, OLED is significantly more expensive and can only be manufactured in a few sizes.
Advantages
IPS Monitor
- An IPS display panel can be viewed from various angles, making it useful for teams who want to share a display or view projects from different locations in the workspace. The viewing angle range of the IPS monitor is up to 178 degrees.
- Using 8-bit technology, an IPS display can show 256 variations of each primary color. Compared to the 6-bit counterparts of TN monitors, which only display up to 64 shades per main color, colors are represented much more naturally.
- Even if our eyes cannot detect all color fluctuations of an IPS monitor, we can perceive consistency. To illustrate the extensive subset of available colors, the monitor can display and search for IPS panel products that offer "up to 98% of the Adobe RGB color space" or something similar.
TN Panel
- The straightforward application of Twisted-Nematic innovation is one of the main advantages of TN panels. This leads to more cost-effective manufacturing requirements and simpler production processes, further contributing to the cost-effectiveness of TN panels and associated consumer electronics for end-users.
- No current flow is required to operate a TN panel. It also works with low operating voltages. The combination of these advantages means that TN panels have low and effective power consumption, making them suitable for use with batteries and lower-power devices.
- TN panels have faster response times and higher refresh rates compared to IPS panels. Unlike a standard IPS display's five-millisecond response time, normal TN panel pixels can change their state in as little as two milliseconds. High-end TN panels also offer 120Hz refresh rates instead of the more common 60Hz refresh rates. The benefits of TN panels' quicker pixel response times and refresh rates can allow them to convey twice as much data per second. Because of this, TN displays can be used for expensive gaming. Since it is more responsive and has a higher refresh rate than a VA or IPS panel, some ardent gamers prefer TN displays.
VA Panel
- While not as good as IPS panels, VA technology offers wider viewing angles and better color reproduction than TN panels.
- Additionally, VA panels have the advantage of having higher contrast than TN and IPS panels, which results in significantly better blacks. Although certain VA displays feature high refresh rates, their significant latency might result in ghosting and motion blur. Because of this, competitors should stay away from VA panels.
- Many TVs have VA panels that produce a contrast ratio of 6000:1, creating much deeper blacks. Perfect for cinematic implementation.
OLED screen
- OLED substrates can be flexible rather than stiff because the light-emitting elements of an OLED are lighter. Instead of the material used for an IPS monitor or LEDs, OLED substrates can be made of plastic.
- Unlike an IPS panel, OLEDs do not require backlighting. OLEDs directly create light, but an IPS display utilizes selective blocking of the backlight to produce the images you see. OLEDs consume much less power than an IPS monitor because they do not require backlighting (in an LCD, the backlight consumes most of the energy). This is particularly important for battery-powered devices like smartphones.
- OLEDs could be produced more cheaply and in larger capacities. OLEDs are fundamentally made of plastic. Therefore, they can be formed into wide, thin sheets. Growing and depositing so many liquid crystals is much more difficult.
- OLEDs have wide viewing angles of about 170 degrees. Because LCDs block light, they are inherently difficult to see from certain angles. OLEDs have a much larger viewing angle because they emit light.
Should you upgrade to an IPS monitor?
Professionals should use an IPS monitor. If you are a photographer, graphic designer, video editor, or artist, it is advisable to purchase an IPS monitor for professional use (keep in mind that different IPS brands can still vary greatly).
Due to its wide viewing angle, the IPS Monitor is a great option if you enjoy watching your favorite TV series with friends on your computer. Gamers can also benefit from IPS displays, especially in immersive, slower-paced games. Nevertheless, you will have to pay more to enjoy the same fast refresh rate as with cheaper TN panel monitors.
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