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Gaming monitors are specialized displays designed to have the lowest response times possible to stay ahead of the competition. PC monitors for office use may have slower response times but are more affordable and capable of performing general use tasks to improve productivity, viewing angles, and more.

At Micro Center, we proudly offer the best monitors for gamers, creatives, and more to help boost connectivity and the viewing experience with your Apple or PC computer. Discover your new high def LED, IPS, or LCD monitor here.

Monitor curvature is a valuable measurement of how deeply a monitor’s screen curves. It typically ranges from 1800R to 4000R. Why is this important? Monitor curvature also determines the optimum viewing distance. Curved monitors are especially popular for entertainment – gaming, film, and television – and a good screen can have a dramatic effect on your enjoyment.

Believe it or not, the human eye actually produces a field of view with a forward-facing arc, with parts of the field of view extending out to the sides. This is also known as peripheral vision. This curvature is said to be similar to a curvature rating of 1000R.We’ll elaborate more on curvature ratings below. All this can also be said for curved monitors.

This is so true that a Harvard Medical School study independently revealed that blurred vision was 4x more prevalent on flat monitors than on curved monitors.

Below we’ll delve into everything curved, from why curved monitors became popular in the first place to the different types of monitor curvatures and the tech that goes into them.

Rather than models adhering to a “one size fits all” design philosophy, there are, in fact, several different curved monitor radius options to choose from. Each of these monitor curvatures differs slightly and appeals to different preferences and applications.

Monitor curvature is expressed numerically; below are some examples of monitor curvatures ratings that you may see in the specs section of a curved monitor:

To clarify what this means, imagine yourself sitting in front of the same curved monitor mentioned above. If that monitor has a 3000R monitor curvature, then you would want to ensure that you’re positioned no more than 3 meters away from the monitor screen. If you happen to exceed that number, your viewing experience may be less than perfect.

Immersion. Curved monitors cover more of your peripheral vision than their flat counterparts. The result is a more immersive experience that allows you to interact with your work in a completely new way, whether it be for gaming, entertainment, editing, work, and more.

Eye comfort. Curved monitors follow the natural curvature of the human field of view more closely than flat panels. The benefit here is that it is actually more comfortable for your eyes to look at your monitor under these conditions. This allows you to spend more time in front of your screen without feeling irritated.

Larger perceived images. By covering more of your field of view, images on curved monitors have the benefit of feeling bigger than they would on a flat-screen monitor.

Less distortion. By extending closer to you at the corners, monitor curvature is able to reduce minor instances of distortion that are present at the edges of a flat display as a result of our curved field of view. In addition, curved displays also cover a larger portion of our field of view, resulting in bigger looking images and improved depth perception.

Design aesthetic. To put it simply, curved monitors look pretty cool! Yes, it’s true that this is more of a quality of life benefit, but if you enjoy style just as much as you do functionality then a curved monitor will add a nice touch to your space. Chances are you’ll receive a comment or two from your friends.

Curved displays are oft-touted for having superior viewing experiences over those of flat-screen displays (see our curved vs. flat monitors post for more on that).

On the whole, it’s a difficult claim to dispute! Curved displays, by their very nature, have a high capacity for immersion. As with their immersive characteristics, many improvements that curved displays make to the average viewing experience revolve, obviously, around their shape.

Consider for a moment that when you look around, you’re not just seeing what’s directly in front of you, but also what’s on the sides by way of peripheral vision. This peripheral vision is made possible entirely by way of our curved field of view.

The benefits of a curved monitor come down to efficiency. The fact that curved monitors are easier on the eyes is a plus when putting in long hours at the office. A 2016 study about the eyestrain caused by intensive visual search tasks concluded the following:

While this is a major benefit on its own, where curved monitors in the office really excel is when they are in ultrawide form. By having one long monitor running parallel to your field of view, the number of possible simultaneously open applications and windows increases dramatically. Check out our ultrawide vs. dual monitor article for a more in-depth look at the benefits of ultrawide monitors.

Not only would the resultant use of peripheral vision provide a greater sense of ‘real life’, but the benefits of curvature also have to do with the limiting nature of flat screens. Curved displays, with their wider fields of view, contribute a greater sense of immersion and realism to the user by their very nature, resulting in more enjoyable experiences.

*An additional benefit of curved monitors that appeals to anyone using a computer screen is the way that light interacts with the curve itself. Curved screens actually have the potential to greatly reduce glare and other external light-based issues, which are of great benefit no matter what you are viewing on your screen. Try to find a flat-screen that can do that!

The method by which curved displays are manufactured depends on the technological era. Early on in the lifespan of LCD and curved displays, monitor curvature was achieved by physically bending pre-existing monitor panels.

Today, curved displays are produced with greater finesse, by way of two competing technologies – in-plane switching (IPS panels) and vertical alignment (VA panels).

Broadly speaking, both methods deal with monitor curvature through the ‘liquid crystals’ of an LCD’s ‘liquid crystal display’. Vertical Alignment uses electric currents, or lack thereof, to keep said crystals in a uniformly tilted or perpendicular (vertical) position, respectively. This flexibility allows for easy, long-term visual consistency with curved displays of all sizes.

In the past, curved IPS monitors gained a bad reputation for having certain anomalies such as muraand the color mixture effect, however curved technology has progressed in recent years to the point where these anomalies are not an issue anymore.

If your primary application will be office work or photo and video editing, then a curved professional monitor with a more conservative monitor curvature with a broader radius may be a better option for you.

There are even curved monitors like the VX3216-scmh, VX3258-2kc-mhd, and the VX2758-c-mh by ViewSonic that are versatile enough for work, entertainment, and even gaming.

With curved monitors that cater to almost every type of user, you’re guaranteed to find something that works for you so get out there and check one out for yourself. You never know, this may be just the upgrade you’ve been waiting for! To read more about curved monitors, check out our post comparing ultra-wide and duel monitors. If you’d like to learn more about the range of monitors on offer by ViewSonic, click here.

Computer monitors have come a long way. Color, resolution, refresh rate and just about every other image metric has reached incredible heights. Which means that monitor makers have to come up with new features to entice users into buying their products. Curved monitors are one such option, but is a curved monitor actually better, or is it just a pointless gimmick?

We can tell you right off the bat that curved monitors actually have quite a few substantial benefits, but they come at a few notable costs as well. Let’s look at why some people make a fuss about curved monitors and why they command the prices they do.

A traditional LCD or OLED panel is flat. In fact, as you might recall, flat screen displays were a holy grail for many years. Cathode Ray Tube (CRT) monitors have a concave curve to them, which causes image distortion at the edges of the picture. CRTs achieved flatness towards the end of their time.

It has to do with the type of curvature. Unlike curved CRTs, curved flat panels are only curved uniformly along a single axis. Distortion of the image is of course inevitable, but curved monitors are designed to minimize this. At least for the person sitting at the intended viewing point.

While a curved monitor isn’t going to fill your peripheral vision, it certainly fills more of it than a flat monitor. Which means that you may feel more immersed in games such as first person shooters.

With very large or very wide monitors, the colors can shift if you look at the pixels off-axis. A curved monitor can therefore provide a more color-accurate image. It does this by making sure that each pixel is angled towards you in an optimal way. In theory, this means you’ll get an overall better picture, but modern LCD panels already minimise off-axis color shifts, so the total benefit of this may be debatable.

The smaller the number, the more curved the monitor is. According to what we’ve read, the arc of the human visual field is about 1000R. Which means that a 1000R screen, assuming it was wide enough, would properly fill your peripheral vision.

While you can find curved monitors as small as 24”, the effects of screen curvature diminish the smaller you go. To get any sort of real effect from a small curved screen, you’d have to put it closer to your face than would be comfortable.

Screen curvature also makes more sense if the monitor has a wider aspect ratio. Ultrawide or wider aspect ratios work well with the curved design, because it helps put the entire picture in your field of view. Smaller screens with subtle curvature won’t do much for your sense of immersion, but may benefit you from a color consistency point of view.

Since a curved monitor has been tuned to show each pixel to the viewer from an optimal angle, it also means that any other viewers aren’t getting a good view. This is one of the main reasons that large, curved televisions have more or less failed. Since TVs are designed to be watched by groups of people, narrowing the optimal viewing position choices isn’t a great idea.

So if you want a screen where you need to show something to coworkers or clients, you might want to reconsider going for a curved model. For better or for worse, a curved screen is best used as a single-viewer device.

Given two monitors that are otherwise equally specified, you’re going to be paying more for a curved screen. This means you either have to live with lower specifications in other areas or pay more money specifically for curvature if you aren’t willing to compromise.

What sorts of trade offs would you have to make to stay on budget? Lower resolution, smaller panel size, lower refresh rate, no HDR and lower-end panel technology are the main places one can cut corners.

Curved monitors are less space efficient than flat monitors. It might not be a huge difference, depending on the model and curve, but space is at a premium on most desks.

You may also not be in a position to mount your curved monitor against a wall or on a monitor arm. Curved monitors that do list support for VESA mounts usually need an adapter that lets the monitor fit onto flat VESA mounts.

So is a curved monitor better? This is possibly one of the most subjective choices in the computing world. It’s very important that you actually test using a curved monitor before taking the plunge. Not everyone will experience curved monitors the same way. For some people it’s likely to be distracting, for others it might not really feel more immersive.

If you buy from the right retailer, you can usually just return the monitor within a few days of buying it if you don’t like it. No amount of telling you what the advantages are can make you like curved monitors, but it’s definitely more than a gimmick. Hopefully you now have a clear idea of what curved monitors bring to the table and whether it’s something that will make any difference to you.

Typical LCDs are edge-lit by a strip of white LEDs. The 2D backlighting system in Pro Display XDR is unlike any other. It uses a superbright array of 576 blue LEDs that allows for unmatched light control compared with white LEDs. Twelve controllers rapidly modulate each LED so that areas of the screen can be incredibly bright while other areas are incredibly dark. All of this produces an extraordinary contrast that’s the foundation for XDR.

With a massive amount of processing power, the timing controller (TCON) chip utilizes an algorithm specifically created to analyze and reproduce images. It controls LEDs at over 10 times the refresh rate of the LCD itself, reducing latency and blooming. It’s capable of multiple refresh rates for amazingly smooth playback. Managing both the LED array and LCD pixels, the TCON precisely directs light and color to bring your work to life with stunning accuracy.

We’ve talked at length about curved gaming monitors for PC and consoles in the past, but this time we’re looking specifically at 1000R curved displays. Thanks to advances in manufacturing, 1000R curved monitors have become possible, whereas previously 1500R and 1800R where the most “aggressive” curvatures available to panel makers. The 1000R design matches human viewing angles and depth perception better than shallower curves, and therefore is considered the ideal curve designation. Let’s explain in more detail, following a format based on major questions we keep getting from people who are interested in switching to a curved monitor.

What you should note is that the bigger the number before the R, the less pronounced the curvature. So, a 1000R monitor is more noticeably curved than a 2000R monitor, for example.

The larger the monitor, the less likely it is to be very curved, as that requires more complex manufacturing and may be difficult for many people to get used to. Sure, there are 1000R 49” monitors, but most in that size class opt for 1800R or even a wider radius, up to 4000R.

Using this logic, if you want to experience a really curved monitor, going with 1000R and a display in the 32” to 34” range is probably the best option. However, it’s entirely up to personal preference. Many people prefer bigger displays with a light curve, and so you may want to do more research before deciding.

You’ll enjoy any genre better on a 1000R monitor due to the closer match to the way we naturally see the world. But of course, the advantages of 1000R are more apparent in high speed, reflex-based competitive games like first person shooters. Also, simulators look and feel a lot more immersive on curved monitors, so if you’re looking to build a flight or racing sim station, a 1000R curved gaming monitor is a good idea.

Very much a matter of taste. If you think about it, movie theater screens usually have a slight curve to them to offer a more encompassing display, with the audience seated in the center. While less noticeable than with gaming, you’ll still get better field of view coverage and peripheral vision on a curved monitor when watching movies and TV, which may translate into a more comfortable experience.

Not at all, we’ve already established that 1000R is very close to being “eyesight perfect”. Certainly, some people find curved monitors in general off putting, and since 1000R is very curved, those people may dislike using that kind of curvature. This is fine, and there’s no denying flat displays are by far more popular. Curved isn’t for everyone, but once you have a taste for it, going back to flat displays is very difficult.

But the short answer is that no, 1000R isn’t too curved. It’s just right. Actually, very large displays with shallow curves are the ones that may be slightly “wrong”, because they’re basically flat monitors that have very mild curvatures.

BenQ MOBIUZ has the EX3410R ultrawide gaming monitor with a resolution of 3440 x 1440 if you prefer higher fidelity and a 21:9 aspect ratio. But in terms of manufacturing, there’s no reason a 16:9 monitor can’t be curved. That’s why our own EX2710R sports a very standard 2560 x 1440 resolution while arriving in a sleek 1000R build. The same applies to the EX3210R. While at desktop seating distances the typical size of a 1000R monitor is 27” to 32” and those two models cover that range, bigger or smaller screen sizes may work great depending on your preference and environment.

Of course. All you need is an HDMI connection. However, if you plan on getting an ultrawide curved monitor, remember that none of the consoles currently support 21:9 or 32:9 ultrawide aspect ratios. Monitors like the EX2710R and EX3210R work great with Xbox Series consoles since those support 1440p. If you hook up a PS5 then the display will default to supersampled 1080p (PS5 currently doesn’t have full 1440p support).

Yes, except if you’re doing precision design work. For that you should really stick with flat displays as those depict straight lines in a more traditional way than curved panels. But for general office-type productivity, curved monitors are certainly excellent. The same benefits we mentioned, i.e. less neck and eye strain, also apply to work in addition to gaming. In other words, a 1000R monitor makes for a good investment if you plan to game and work on the same screen, for example when working from home.

If you want an aggressive, more accentuated display curve, then as we said above a 1000R monitor would be best. Models with 1500R or 1800R are still available if you prefer a milder, less pronounced curvature. All of these provide the much talked about “immersion factor” and improved viewing angles of curved monitors, especially in gaming.

In summation, if you want a curved display then 1000R is ideal, while 1500R and 1800R are good but less obviously curved. On both 16:9 and ultrawide monitors, curvature is a very subjective thing and up to your preference, it depends on how much of a “wrap-around” feeling you would like to have.

Gradually, some well-known building owners and famous companies began to cooperate with other good LED display manufacturers to customize the Naked Eye 3D LED displays.

A 900 sqm, LianTronics L-shaped, curved video wall in China has gone viral on social media, as it appears to show a ‘3D’ spaceship emerging from the screen.Writing across multiple social media accounts, immersive art entrepeneur and LinkedIn influencer Dorothy Di Stefano, who was featured in AV Magazine in July, wrote: “The effect of depth, which gives the illusion that the spaceship is flying out of the building is achieved without special devices and glasses but can only be viewed from a certain angle.”

What a person’s two eyes see are actually two tiny different pictures. And this subtle difference is achieved due to the small distance between the two eyeballs of a person.This subtle difference allows the brain to calculate the spatial coordinates between objects. We can also feel the distance and size of objects, which is the sense of 3D space.

This is not enough. Have you discovered that the recent popular 3D screens are all angled curved screens composed of two faces? That is to say, they use the two walls at the corners. The display screen folds 90°, using video materials that conform to the perspective principle. The left screen displays the left view of the image, and the right screen displays the main view of the image. When people stand in front of the corner, they can see the side and front of the object at the same time, showing a realistic 3D effect. The following is a simplified animation of 3D ocean waves to show you the principle.

Each screen requires customized 3D contentFor curved glasses-free 3D screens, there is only one direction for the best viewing angle.In addition, 3D content needs to adapt to the screen shape, sizes, viewing angles, and other parameters. It is difficult to copy content in different locations and on different screens. Therefore, each additional large LED screen requires additional time and costs for the 3D content production.

3. Old building renovationYunnan Kunming Golden Pavilion Department Store is a building with a long history. It is located in the core CBD business district of the city.More than 1,400 square meters of outdoor LED displays are embedded in this old building, creating greater commercial value for advertising.Through these LED display application cases, we can see that more and more people are focusing on creating high-quality content and a special atmosphere.

(ps:We can only provide you with Led displays that are compatible with 3D video, custom videos need to be made by local companies that create visual effects!)

WASHINGTON, July 28, 2022 (GLOBE NEWSWIRE) -- Vantage Market Research"s latest research on the Global Curved Display Devices Market finds that the introductions of new products related to Curved Display Devices Market based on the technology are likely to strengthen the growth of the Curved Display Devices Market over the analysis period. The Global Market revenue was valued at USD 5.4 Billion in 2021.

The Global Curved Display Devices Market size is forecasted to reach USD 13.2 Billion by 2028 and is forecast and grow exhibiting a Compound Annual Growth Rate (CAGR) of 16.2% during the forecast period; states Vantage Market Research, in a report, titled "Curved Display Devices Market Size, Share & Trends Analysis Report by Display Type (LCD, EPD, LED, OLED), by Application (Smartphones & Tablets, Televisions, Smart Wearable, Laptops & Computers), by End-User (Consumer Electronics, Transportation, Retail, Advertising), by Region (North America, Europe, Asia Pacific, Latin America) - Global Industry Assessment (2016 - 2021) & Forecast (2022 - 2028)".

Key Insights & Findings from the Report: According to our primary respondents’ research, the Curved Display Devices market is predicted to grow at a CAGR of roughly 16.2% during the forecast period.

The Curved Display Devices market was estimated to be worth roughly USD 5.4 Billion in 2021 and is expected to reach USD 13.2 Billion by 2028; based on primary research.

There is an increase in the automotive and industrial use of curved display technology in various applications such as Smartphones, TVs, and Computer Monitors, to name a few., where the benefits are present. For example, the Human Machine Interface (HMI) used in the automotive industry demonstrates technological breakthroughs and analyzes consumer electronics market demand. The most acceptable way to remove analog components such as buttons, and knots, to note a few, on HMI is to use curved displays. As the emphasis on curved display technology in consumer electronics and automotive applications is adapted to users, their demand in these fields will likely grow again.

These days, with rapidly paced changing surroundings, the curved show era is relatively new within the digital display market and is gaining sturdy interest amongst users. Moreover, curved monitors are now making their debut inside the market on a far smaller scale than televisions and mobile phones. In televisions and mobiles, a curved display tasks the photo at the screen and affords a mile"s more expansive field of view than a general flat display screen. And so, the rise in advanced and digital technology fuels the market growth.

Benefits of Purchasing Curved Display Devices Market Reports: Customer Satisfaction: Our team of experts assists you with all your research needs and optimizes your reports.

North America is expected to dominate the growth of Curved Display Devices Market in 2021 and is expected to continue to dominate the forecast period owing to rising revenue losses and increased consumer spending, and the presence of prominent emerging economists in the region. In addition, improving government programs to facilitate investment and build better quality production infrastructure in the country is another factor expected to support market growth to some extent in the region.

June 2022 – TCL Huaxing, a China-based manufacturer, has declared its two new curved screen technologies: waterfall screen hyperbolic technology and equal-gauss four-curved surface technology.

This market titled “Curved Display Devices Market” will cover exclusive information in terms of Regional Analysis, Forecast, and Quantitative Data – Units, Key Market Trends, and various others as mentioned below: ParameterDetails

Browse More Related Report: Embedded Hypervisor Market Size, Share & Trends Analysis Report by Component (Software, Services), by Type (Bare Metal , Hosted ), by Technology (Desktop Virtualization, Server Virtualization, Data Centre Virtualization), by Enterprise Size (Small & Medium Sized Enterprise, Large Enterprise), by Application (Android & iOS Device, Laptop, 5G, SCADA), by End-use (Aerospace, Defense, Automotive, Industrial), by Region (North America, Europe, Asia Pacific, Latin America, Middle East & Africa) - Global Industry Assessment (2016 - 2021) & Forecast (2022 - 2028).

A curved screen is an electronic display device that, contrasting with the flat-panel display, features a concave viewing surface. Curved screen TVs were introduced to the consumer market in 2013, primarily due to the efforts of Korean companies Samsung and LG,

This type of screen is an optical instrument with a solid angle through which we can see what"s happening inside the "computer world". If a screen is curved, the FoV of a person who looks at a picture on screen would not change. Most curved screens are made with wide (16:9), ultra-wide (21:9 / 64:27) or super ultra-wide (32:9 or 18:5) aspect ratio. Wider screens provide a wider angle of view, field of view.

Manufacturers suggest that curved screens allow greater range in satisfactory viewing angles and offer minimal trapezoidal distortion in comparison to flat-screens. This claim is heavily disputed by another claim that a substantial offset from the center provides greater viewing distortion than that of a flat screen.

To reduce outer edge distortions and provide a panoramic view, large curved screens accomplish this free of bezel lines framing each screen, and the alternative was to use multiple flat-screen monitors around the viewer. Curved screens and multi-screens have applications in gaming.

Curved screens are also widely used in IMAX and standard movie theaters for their ability to produce natural expressions and draw the audience deeper into the scene.

In about 2009, NEC/Alienware together with Ostendo Technologies, Inc. (based in Carlsbad, CA) were offering a curved (concave) 43-inch (110 cm) monitor that allows better viewing angles near the edges, covering 75% of peripheral vision in the horizontal direction. This monitor had 2880x900 resolution, 4 DLP rear projection systems with LED light sources and was marketed as suitable both for gaming and office work, while for $6499 it was rather expensive.

One of the issues in the use of the curved screen in commercial electronics is how accurately it can work with a touch-sensor. To drive the solution, LG electronics has developed Infrared-based touch solutions for the curved display.

The first curved screen was the Cinerama, which debuted in New York in 1952. Multiple theaters, including the Cinerama Dome in Hollywood began to use horizontally curved screens to counter image distortions associated with super-wide formats such as 23:9 CinemaScope.

21:9 aspect ratio monitors were developed in order to display the maximum amount of information on a single screen. However, the extreme wideness of the screen created severe distortions on the left and right edges of the screen. Curved 21:9 monitors were then developed to address this issue and provide a distortion-free, wide-angle viewing environment.

The first curved panels were produced by bending flat panels that had already been manufactured. This technique resulted in performance issues, such as oval mura (clouding effect) and color mixture (which causes color impurity and image distortion) observed at its curved edges.

The screen technologies used to create curved LCD screens are Vertical Alignment, which helps to reduce any white glow that may affect an angular view, and IPS Panels, which are more susceptible to distortion.

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