When shopping for or selecting a computer monitor, you must select a color IPS. The best one for you is determined by what you intend to use it for the majority of the time. And, if you’re a gamer, different panel technologies are better suited to different types of gaming.
Moreover, TN and IPS are two liquid crystal display (LCD) technologies. Twisted Nematic is an abbreviation for In-Plane Switching, while TN is an abbreviation for Twisted Nematic. Different technologies handle the way liquid crystals move, resulting in different performances.
Now, let us move further to know more details about these two display panels and the difference between TN and IPS.
TN vs IPS
Let us know about these panels individually before we learn the difference.
All about TN
Twisted Nematic (TN) panels use a ‘nematic’ type of liquid crystal to rotate and pass light through, corresponding to the signal transmitted. Moreover, the main advantage of TN panels is their speed. TN panels use an “active 3D shutter,” which allows them to display up to twice as much information as other types of panels.
Adding further, the TN panel’s response time is approximately 2ms (milliseconds), but it can be as low as 1ms. Another advantage of TN panels is that they are generally less expensive than their IPS counterparts. Additionally, because of the fast response time and low price, these monitors are very popular in the gaming community as well as the general consumer market, as gamers will experience less delay time when rendering an image.
Furthermore, TN panels allow for a higher refresh rate, up to 144Hz – though, once again, IPS monitors with similar specs are available for a higher price. However, if you’re doing color-sensitive work, such as editing a movie or a photo, TN panels may not be the right monitor for you. The main disadvantage of TN panels is that they lack 100% accurate color reproduction.
Advantages of TN
- Inexpensive – One of the primary benefits of TN LCD panels is the ease with which twisted nematic technology can be implemented. Moreover, this translates to lower manufacturing costs and simpler production processes, resulting in lower prices for TN LCD panels and the corresponding consumer electronics products for end-users.
- Power consumption – Twisted nematic technology operates without the need for a current to flow. It also operates at low operating voltages. Additionally, these benefits add up to low and efficient power consumption, making TN LCD panels suitable for use with batteries and low-powered devices.
- Response Time and Refresh Rate – Because of their faster pixel response time and higher refresh rate, TN LCD panels can display twice as much information per second. Moreover, as a result, TN LCD panels are suitable for use in high-end gaming.
All about IPS
IPS is an abbreviation for in-plane switching, and it, like all LCDs, uses voltage to control the alignment of liquid crystals. Further, IPS LCDs, on the other hand, use a different crystal orientation, one in which the crystals are parallel to the glass substrates, hence the term ‘in the plane.’. Moreover, rather than ‘twisting’ the crystals to change the amount of light allowed through, IPS crystals are rotated, which has several advantages.
Additionally, On the market, there are numerous IPS variants, with each of the three major LCD manufacturers using a different term to describe their IPS-type technology. Moreover, LG simply refers to their technology as “IPS,” making it simple for everyone to understand. Whereas, PLS, or plane-to-line switching, is the term used by Samsung.
Advantages of IPS
- Color reproduction – Color reproduction is one of the most noticeable advantages of IPS LCD panels over TN panels, which translates into color accuracy and better image quality.
- Viewing angle – Another advantage of in-plane switching is its wide viewing angle. Additionally, when viewed from different angles, typical IPS LCD panels will produce no image distortion and only minor color shifts, whereas high-end IPS panels will display consistent contrast and brightness levels.
- Lifespan -IPS panels have a longer lifespan.
Difference between free Sync and G sync.
In the buyer’s opinion, the most significant difference between the two is the price. TN displays are significantly less expensive than IPS displays. Moreover, the doubling of the number of transistors per pixel in IPS displays, which uses two transistors, is one of the reasons for the higher price.
Additionally, TN panels have deprived viewing angles, with significant shifts in color and contrast in both the horizontal and, especially, the vertical directions. However, TN panels have historically been the best in terms of refresh rates and response times, but this is slowly changing for the better.
However, to summarise the difference between FreeSync and G-sync is that TN panels have a faster response time and a lower price, whereas IPS panels have better viewing angles and color reproduction for a little more money. Whatever type you prefer, there are a plethora of excellent monitors available for purchase on the internet in a huge range of sizes and resolutions.
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Suggestions for panel type under your preference.
- Professional gamers: There is no doubt that TN panels are still preferred in the eSports world. Even the most affordable models have quick response times and support for high refresh rates.
- Digital Artist: IPS panels are still widely used because of their ability to display a wide range of colors.
- Office/study: Your primary concern should be your budget. As a result, TN is ideal for you.
- Vertical Monitors: Although you may believe that TN panels are ideal for programmers, this is not always the case. On the vertical axis, TN panels have particularly poor viewing angles. However, you’ll get the worst possible viewing angles from a TN panel if you mount it in portrait mode (as many programmers and mobile devs do). Moreover, invest in an IPS display for the finest potential viewing angles in this scenario.
Frequently Asked Questions
Are IPS brighter than TN?
In comparison to TN panels, IPS panels are often brighter, have better color reproduction, and have significantly broader viewing angles. TN panels have a substantially faster response time, or how quickly they transition from one hue to the next.
How important is the FreeSync monitor?
In essence, FreeSync allows your monitor’s refresh rate to “sync” with the pace at which your GPU generates new frames. With FreeSync enabled, your monitor will no longer display frames too rapidly or too slowly, and screen tearing and stuttering will be eliminated.
Are G-Sync and FreeSync compatible?
If your monitor is on Nvidia’s approved list, you can use G-Sync with it.
Are G-Sync and FreeSync worth it?
Yes, just as G-Sync is worth it in the right conditions and for the right user, FreeSync is worth it in the right situations and for the appropriate user.
Are FreeSync and G-sync the same?
G-Sync and FreeSync are nearly identical in terms of functionality. They both synchronize the monitor with the graphics card and allow the graphics card to control the refresh rate on a constantly variable basis.
Now we know that the decision between an IPS and a TN display should be based on the desired application. Moreover, if you’re shopping for a TV, IPS are their preferred option because a TV needs to have good color reproduction and a broad viewing angle. However, a TN display would be a standard computer monitor because you’d be sitting directly in front of it at the time as it has a better Response time and Refresh rate.
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