# Super Video Graphics Array

> graphics display resolution with 800 horizontal pixels and 600 vertical pixels

**Wikidata**: [Q855204](https://www.wikidata.org/wiki/Q855204)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Super_VGA)  
**Source**: https://4ort.xyz/entity/super-video-graphics-array

## Summary
Super Video Graphics Array (SVGA) is a graphics display resolution standard with 800 horizontal pixels and 600 vertical pixels. Introduced as an improvement over the earlier VGA standard, it was widely adopted for computer monitors and became a common resolution for gaming and multimedia applications. SVGA is specified by the Video Electronics Standards Association (VESA) and remains a foundational display specification in computing history.

## Key Facts
- Resolution dimensions: 800 pixels (width) × 600 pixels (height).
- Standards body: Video Electronics Standards Association (VESA).
- Aliases: SVGA, Super VGA, SuperVGA, 800x600.
- Instance of: Graphics display resolution, computer display standard.
- Identifiers: Foldoc ID (Super+Video+Graphics+Adapter), MobyGames attribute ID (12).
- Related classes: Computer display standard (specification of display attributes).
- Backward compatibility: Built upon the earlier VGA standard (640×480).

## FAQs
### Q: What does SVGA stand for?
A: SVGA stands for Super Video Graphics Array. It is a display resolution standard of 800×600 pixels, succeeding the original VGA (640×480) specification.

### Q: How does SVGA differ from VGA?
A: SVGA offers higher resolution (800×600 pixels) compared to VGA (640×480 pixels), enabling sharper and more detailed visuals on computer monitors.

### Q: Is SVGA still used today?
A: While modern displays often use much higher resolutions (e.g., Full HD or 4K), SVGA remains a recognized standard, particularly in legacy systems, embedded devices, and specific applications requiring lower-resolution compatibility.

## Why It Matters
Super Video Graphics Array (SVGA) played a pivotal role in advancing computer display technology by providing a higher resolution than the preceding VGA standard. Introduced in the early 1990s, SVGA addressed the growing demand for sharper visuals in gaming, graphic design, and multimedia, setting a new benchmark for monitor capabilities. As a VESA-standardized specification, it ensured consistency across devices and facilitated interoperability, driving the evolution of both hardware and software. SVGA’s adoption underscored the importance of standardized resolutions in shaping user experience and remains a reference point in the history of display technology, highlighting the balance between performance and practicality in computing.

## Notable For
- **Higher Resolution Standard**: Introduced 800×600 pixels, surpassing VGA’s 640×480 and enhancing visual clarity.
- **VESA Standardization**: Developed and ratified by the Video Electronics Standards Association, ensuring industry-wide compatibility.
- **Legacy in Gaming and Multimedia**: Became a popular resolution for early 3D gaming and multimedia software due to its balance of performance and quality.
- **Backward Compatibility**: Maintained compatibility with VGA connectors and signals, easing adoption during the transition from older standards.

## Body
### Technical Specifications
- **Resolution**: 800 horizontal pixels × 600 vertical pixels (4:3 aspect ratio).
- **Aspect Ratio**: 4:3, common in older CRT monitors and early LCD panels.
- **Color Depth**: Supported up to 16 million colors (24-bit color), depending on hardware capabilities.

### History and Development
- **Successor to VGA**: Built on the foundation of the Video Graphics Array (VGA) standard, doubling the pixel count for improved detail.
- **Industry Adoption**: Widely used in the 1990s and early 2000s for monitors, projectors, and televisions, particularly in business and educational settings.

### Standards and Classification
- **VESA Ratification**: Formalized by VESA to ensure uniformity across manufacturers and devices.
- **Display Standard**: Classified as both a graphics display resolution and a computer display standard, emphasizing its dual role in hardware and software ecosystems.

### Legacy and Impact
- **Gaming and Productivity**: Enabled more immersive gaming experiences and efficient multitasking with higher screen real estate.
- **Transition to Digital**: Paved the way for subsequent digital display standards like XGA (1024×768) and UXGA (1600×1200), contributing to the gradual shift from analog to digital interfaces.

## References

1. Freebase Data Dumps. 2013