# Super Extended Graphics Array

> graphics display resolution

**Wikidata**: [Q372960](https://www.wikidata.org/wiki/Q372960)  
**Source**: https://4ort.xyz/entity/super-extended-graphics-array

## Summary
Super Extended Graphics Array (SXGA) is a graphics display resolution with dimensions of 1280×1024 pixels. It is part of display standard specifications and provides higher resolution than previous display formats.

## Key Facts
- Super Extended Graphics Array (SXGA) has a width of 1280 pixels and a height of 1024 pixels
- SXGA is classified as both a graphics display resolution and a computer display standard
- The resolution is commonly referred to by its abbreviation "SXGA"
- It has 15 sitelinks across Wikipedia projects and is described as a graphics display resolution
- The Freebase identifier for SXGA is /m/01t4s1
- SXGA has Wikipedia articles in multiple languages including Arabic, Czech, German, French, and others
- The Commons category associated with SXGA is "SXGA"

## FAQs
### Q: What is the resolution of Super Extended Graphics Array?
A: Super Extended Graphics Array has a resolution of 1280×1024 pixels, which provides more screen real estate than earlier display standards like XGA.

### Q: How does SXGA compare to other display resolutions?
A: SXGA offers higher resolution than XGA (1024×768) but lower than UXGA (1600×1200), positioning it as a mid-range resolution option that balances quality with system requirements.

### Q: What devices commonly used SXGA?
A: SXGA was commonly used in computer monitors and projectors during the era when this resolution represented a significant improvement over earlier display standards.

## Why It Matters
Super Extended Graphics Array represents a significant milestone in display technology evolution, providing substantially more screen space than earlier formats while remaining compatible with contemporary hardware. The 1280×1024 resolution allowed for greater detail in applications like graphic design, data visualization, and document editing without demanding the extreme processing power of higher-end resolutions. As part of the display standard specifications, SXGA standardized a resolution that became widely adopted across various industries, creating a consistent experience for users and developers alike.

## Notable For
- Offering nearly 30% more pixels than the previous XGA standard, significantly improving display quality and usable screen area
- Being a widely adopted resolution that established itself as a standard in both professional and consumer display markets
- Providing a balanced resolution that offered substantial improvements over earlier formats without requiring the extreme system resources of higher resolutions
- Representing an important transitional standard in the evolution from VGA to modern high-resolution displays

## Body
### Technical Specifications
Super Extended Graphics Array (SXGA) is defined by its pixel dimensions of 1280 pixels wide by 1024 pixels tall. This resolution results in a total of 1,310,720 pixels on screen, providing substantially more display area than earlier formats. The aspect ratio for SXGA is 5:4, which differs from the more common 4:3 ratio found in many display standards of the era.

### Classification and Standards
SXGA is classified as both a graphics display resolution and a computer display standard. As part of display standard specifications, it follows the established naming convention for Extended Graphics Array (EGA) based resolutions. The "Super" prefix indicates its position as a higher resolution variant within this family of display standards.

### Historical Context
The development of SXGA occurred during a period of rapid advancement in display technology, when manufacturers sought to increase resolution without requiring proportional increases in processing power. While specific launch dates are not detailed in the provided sources, it emerged as part of the evolution from VGA through XGA to higher resolutions like UXGA.

### Adoption and Implementation
SXGA gained widespread adoption across computer monitors and projectors, becoming particularly popular for business and professional applications where increased screen real estate provided significant productivity benefits. Its balance of resolution requirements and system compatibility made it a practical choice for many users during its era of prominence.

### Global Recognition
The resolution has achieved recognition across multiple language Wikipedia editions, including Arabic, Czech, German, French, Galician, Italian, Malay, Dutch, and Polish, indicating its international relevance in the display standards landscape. The Commons category "SXGA" further demonstrates its documented status as an established display standard.

## References

1. Freebase Data Dumps. 2013