WUXGA stands for Widescreen Ultra Extended Graphics Array. It is basically a widescreen 16×10 aspect ratio with 1920×1200 pixels. WUXGA resolution display specification was earlier used in monitors, but now you can see its great usage in various types of projectors as well. In fact, this is one of the most popular display resolution technology used in the projector industry.
Digital Projection has launched several new WUXGA projectors in recent months and will continue to produce products based on the relatively new DLP chipset. The aspect ratio of the Advanced High Definition Graphics Array (WUXGA) is 16 x 10, and the screen resolution is 1920 x 1200 pixels.
WUXGA projectors were originally used for high-end desktop and notebook computer monitors, and now provide a unique system design for large-screen video applications.
More than 120 pixels is very useful! At 1920 x 1200 pixels, the pixels added to the projected image will be larger than a standard 1699 screen; for computers or graphic art assets, these extra pixels can help display more material to the user, such as spreadsheets and web pages.
In terms of graphics/video combinations, WUXGA projectors are unique in that they can display a complete 1080p video source at the original image resolution.
It also contains other pixels that contain graphics, such as control bars and text. Company logo and other elements.
This is also a good solution for post-production professionals and advanced digital marking programs. In the simulation market, extremely high accuracy is always required.
In the simulation market, multiple projectors must be combined or covered with a large screen. This means that the projector is brighter. WUXGA monitors are usually brighter than 1080p.
In this article, we are going to know various other things about WUXGA along with its benefits and other important stuff. So, keep reading the article until the end.
What is Extended Graphics Array?
Extended Graphics Array is a related term for WUXGA. But is a completely different standard as compared to the WUXGA. It is basically another high-resolution video display mode. This mode provides 640×480 pixel resolution in 16-bit color and 1024×768 in 256 colors.
This technology was launched by IBM in 1990. This mode dramatically beat the older IBS display standards. Now, we can see a lot of XGA monitors and projectors in the market and they are capable of offerings great features to the users.
Now, there is another advancement in this technology known as XGA-2. This mode offers 1024×768 pixels resolution with a higher refresh rate and high color as well. All these modes are very popular in the monitor, laptop, and projectors industry.
So, before going through the WUXGA, it is best to know more about XGA and if it can fulfill your needs, you should definitely choose it. This standard is created by VESA which is capable of offering only a 70 Hz refresh rate.
But, don’t compare this one with the EVGA. EVGA is a completely different technology with different standards.
Is XGA resolution good?
As we discussed earlier, the XGA can offer a maximum resolution of 1024×768 pixels. So, if talking about projection, this standard can give you a great display quality and fine sharpness when used in the projectors.
All the XGA projectors are capable of providing you with high sharpness and very low pixelation effects. However, the type, model, and price of your product matter a lot when it comes to the finest quality output.
Most of the popular projectors these days are using the XGA resolution and they are being used in various industries worldwide.
But, because the XGA has high resolutions and high pixel density, it is obvious that these monitors are going to be expensive as compared to WUXGA. WUXGA devices are popular because of their average offerings at pretty affordable price tags.
So, in terms of experience, the XGA is a great option because you get a high pixel density and refresh rate. So, if you are ready to spend a little bit more on your XGA projector, you should definitely go for it.
What is the resolution of a graphic?
In order to understand the concept of resolution, you should know about the PPI first of all. PPI is known as the term used to describe the total pixel density per inch of any graphic. So, if your monitor, laptop screen, the smartphone has a higher resolution, it will generally have more pixels per inch of any image.
Comparing this one to a low-resolution display, the number of pixels will be less. The term resolution is so much important because it describes how a certain display is going to behave under any circumstance. People these days are aware of resolution and they try to go for the highest numbers possible.
So, in simple terms, if you have an option to pick a screen with any resolution, just go for the higher number. Those screens will have more pixels in a given area and this will allow you to have a great experience.
That screen will have better brightness, sharpness, and other display qualities. With that said, we hope you are now aware of this thing.
Which is better WXGA or FHD for the monitor?
If you are looking for the best quality visuals, it is always good to go for an FHD display on your monitor. However, WXGA is also good if you are OK with fewer pixels. Because the HD displays come along with the 16:9 aspect ratio, you get an advantage of more pixels.
Generally, a normal HD screen will have double pixels as compared to the total number of pixels in a WUXGA monitor. So, in simple terms, you are going to achieve a great user experience when using an HD or Full HD screen. Full HD means, you will get a high resolution and hence a higher pixel density as well.
The WUXGA resolution is good for normal uses. However, the Full HD monitors are preferred only by high-end users like gamers, graphic designers, video editors, etc.
So, if you ever have to make a decision between these both, just understand your requirements.
If you are looking for the best quality display and have a good budget, just go for the Full HD monitor.
Otherwise, you can choose the WUXGA monitor if you are fine with low pixel density and hence a little bit lower display quality.
Is resolution important in making a decision for the projector?
Each projector has a "native" resolution (also called "true resolution"). This is the maximum number of pixels that can actually be displayed. Therefore, XGA monitors can only display 4,000 pixels, while UXGA monitors can display 19,220,000 pixels, while native 4K projectors can display up to 4,297,300 pixels.
This default image resolution will not only affect the resolution of the image. It also affects the compatibility of the monitor and the computer and how the monitor works together.
If your computer is sending a signal to a WXGA monitor and the monitor has XGA resolution, there will be a problem.
Most projectors have the compression techniques described below to maintain the image display. However, if the monitor "splits" the information into fewer pixels, it will cause serious problems, and resolution becomes an issue. Don’t forget to consider your long-term investment.
Most computers on the market natively run at WXGA resolution, but the ratio of wide resolution to low resolution is not common. However, the market trend is 1080p.
Therefore, if you start with a computer with a standard resolution of XGA, WXGA, or 1080p, you may be limited to compressed images on SVGA monitors in the future.
Should you go for a high-resolution projector?
Yes, but the honest answer depends on what you want from the projector. High resolution (1080p HD or 4K) is better for most people. Display devices require input devices (laptops, PCs, Macs, iPods, etc.) to present their content. The definition of these input devices is growing.
This means that the information these input devices send to the projector must be displayed in Full HD 1080p or higher. Sending information from a source is like designing a projector.
You can take advantage of both of these devices to take beautiful, clear photos. Switching to 4K requires a bit of caution. 4K projectors are perfect for enthusiasts and professionals who want to impress their home theater in large rooms with large screens (hence the largest pixels). It’s living rooms for high-end conferences.
At work, 4K is definitely the next step. But again, what motivates many to use 4K is the input device they use.
If this matters, we recommend investing immediately in additional home theater projectors to get the most out of your current and future content. Applying a new projector to an existing device is very simple.
The exact information can be easily tracked in the system settings. If you are using a computer or laptop, go to the verification section.
Final Verdict
We hope you will now be aware of everything related to the XGA, Full HD, and WUXGA resolution. We recommend you invest in any device after understanding your requirements properly. Research the internet properly before going for any product.
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