HVGA vs WQVGA: Difference and Comparison

Display screen resolutions refer to the wide variety of pixels a screen displays in a given area. There are numerous combinations of those resolutions with varying widths and heights.

HVGA and WQVGA are such famous combinations that computer monitor manufacturers and cell screen manufacturers might utilize.

Despite serving similar purposes, these two have very distinct points of difference between them.

Key Takeaways

  1. HVGA displays have a resolution of 480×320, while WQVGA displays have a resolution of 400×240.
  2. HVGA displays provide a better visual experience, while WQVGA displays are more affordable.
  3. HVGA displays are more commonly found in high-end smartphones, while WQVGA displays are in low-end and mid-range smartphones.

HVGA vs WQVGA

The difference between HVGA and WQVGA is that they primarily represent two different Video Graphic Arrays. The former is the Half type, while the latter is the Wide type of VGA. Also, HVGA has more pixels than WVGA. Therefore, in terms of the quality of the image due to pixel concentration, HVGA is better than WVGA. 

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HVGA vs WQVGA

HVGA also refers to a half-size VGA (Video Graphics Array). The display screen in HVGA has many combinations of pixels relying upon element ratios.

Varying from 480 crosses 320 for 3 is to 2 component ratio, to 480 crosses 360 pixels for 4 is to 3 element ratio, to 480 crosses 272 for 16 is to 9 issue ratio and sooner or later 640 crosses 240 pixels for 8 is to 3 ratios.

Masses of PDA gadgets utilize the starting pixel aggregate in HVGA. On the other hand, many handheld PC manufacturers utilise the last of the ratios.

WQVGA kind of resolution is also referred to as extensive VGA (Video images Array). This type of display has the same top as VGA, which is a 480-pixel peak but wider.

This display is generally visible in liquid crystal display projectors and notebooks that effortlessly display websites that might be designed for a window.

This is 800 wide in a complete page width. Many mobile set manufacturers nowadays favour WQVGA.

Comparison Table

Parameters of ComparisonHVGAWQVGA
Stands forIt is a high variety of Visual Graphic Arrays.It is a wide variety of Visual Graphic Arrays.
PixelsIt has more pixels and hence better picture quality.It has fewer pixels so the picture quality is not as good.
ApplicationSmartphones and high-end feature phones mostly use this resolution type.Low-end smartphones use this type of resolution.
WidthThe width is the key dimension here. It is set at about 480 pixels.The width is varied here in this resolution type.
HeightThe height is varied here in this resolution type.The height is the key dimension here. It is set at about 240 pixels.

What is HVGA?

Screen resolutions refer to the wide variety of pixels a screen displays in a given region. Half video graphics array (HVGA) is a display technology common to some handheld gadgets.

They’re commonly small monitors used in hand-held gadgets, which include smartphones and private digital assistants (PDA). Some hand-held projectors also use this technology.

The most commonplace decision for this sort of screen is 480 x 320 pixels.

This sort of technology is utilized in small monitors and comes in a narrow variety of sizes.

Resolutions not unusual to an HVGA device consist of 480 x 320 pixels, 480 x 360 pixels, and 640 x 240 pixels, with the primary being the most common.

It’s called 1/2-VGA because, at its general size, it is half the dimensions of the 640 cross 480-pixel screens preferred on a VGA setup.

It has more pixels and hence better picture quality. Smartphones and high-end feature phones mostly use this resolution type.

The width is the key dimension here. It is set at about 480 pixels.

The height is varied here in this resolution type. 

The higher resolution provides a premium to the tool with an elevated fee. Some projector manufacturers, including Texas Instruments, are also utilizing HVGA resolution.

3D pc photos made use of HVGA at some point in the 1980s.

hvga

What is WQVGA?

The screen’s resolution is critical since it determines how much data can be displayed simultaneously. Resolutions have gradually increased in tandem with screen sizes as technology has progressed.

Wide VGA is another name for this resolution (Video Graphics Array). This monitor has the same height as a VGA display, which is 480 pixels tall, but it is wider.

Ranging from 800 x 480 to 848, cross 480 and 854 x 480 are some of the most prevalent examples.

This display is most seen in LCD projectors and notebooks, allowing users to easily view web pages created for an 800-wide window in full page width. Many mobile device manufacturers now choose WVGA.

It is a wide variety of Visual Graphic Arrays. It has fewer pixels, so the picture quality is not as good. Low-end smartphones use this type of resolution.

The width is varied here in this resolution type. The height is the key dimension here. It is set at about 240 pixels.

The lower-end WQVGA is more prevalent in cheaper devices because it suits the price range well. In the future, WQVGA resolution will almost certainly go out of favour in favour of higher resolutions.

As manufacturers fight for better features at a specific price level, WQVGA is likely to come first.

wqvga

Main Differences Between HVGA and WQVGA

  1. HVGA is a high variety of Visual Graphic Arrays, while WQVGA is a wide variety of Visual Graphic Arrays.
  2. HVGA has more pixels and hence better picture quality, whereas WQVGA has fewer pixels, so picture quality is not as good.
  3. Smartphones and high-end feature phones mostly use HVGA-type resolution. On the other hand, low-end smartphones use WQVGA type of resolution. 
  4. The width is the key dimension here in HVGA. It is set at about 480 pixels. On the contrary, the width is varied in the WQVGA resolution type.
  5. The height is varied here in the HVGA resolution type, but height is the key dimension in the WQVGA resolution type. It is set at about 240 pixels.
References
  1. https://diglib.eg.org/bitstream/handle/10.2312/stag.20141242.063-070/063-070.pdf?sequence=1&isAllowed=y
  2. https://link.springer.com/chapter/10.1007/978-981-13-2324-9_18

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