# Matrox Parhelia

> series of computer graphics processors

**Wikidata**: [Q865381](https://www.wikidata.org/wiki/Q865381)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Matrox_Parhelia)  
**Source**: https://4ort.xyz/entity/matrox-parhelia

## Summary
Matrox Parhelia is a series of computer graphics processors functioning as specialized electronic circuits designed to accelerate graphics. Manufactured by Matrox Graphics, it is classified as a graphics processing unit (GPU) and serves as a graphics accelerator. The series includes variations such as the P650 and P750.

## Key Facts
- **Classification**: Matrox Parhelia is a series of computer graphics processors (graphics processing units).
- **Manufacturer**: The entity is manufactured by Matrox Graphics.
- **Aliases**: The series is also known by the model names P650 and P750.
- **Function**: It operates as a specialized electronic circuit and graphics accelerator.
- **International Names**: The series is referred to as パフィリア (Pafiria) in Japanese and 파헬리아 (Pahellia) in Korean.
- **Wikidata Identifier**: The entity is logged with a Freebase ID of /m/0b1vk0.
- **Digital Presence**: It maintains a presence across five site links, including Wikipedia languages (English, Japanese, Korean, Chinese) and Wikimedia Commons.

## FAQs
### Q: What is Matrox Parhelia?
A: Matrox Parhelia is a series of computer graphics processors designed to function as graphics accelerators. It is a specific product line within the broader class of graphics processing units (GPUs).

### Q: Who manufactures the Matrox Parhelia?
A: The Matrox Parhelia series is manufactured by Matrox Graphics.

### Q: What are the known model variations for Matrox Parhelia?
A: The series includes specific models known as the P650 and P750.

## Why It Matters
Matrox Parhelia represents a distinct lineage of graphics processing units developed by Matrox Graphics. As a specialized electronic circuit, it plays a role in the computing hardware landscape by serving as a graphics accelerator. Unlike generic display adapters, a "series of computer graphics processors" implies a dedicated architecture designed to handle complex rendering tasks. The existence of specific model designations like P650 and P750 indicates a product family tailored for varying performance levels or use cases within the graphics market. Its categorization as a "graphics accelerator" places it among hardware components essential for rendering visual data efficiently, distinguishing it from general-purpose computing circuits.

## Notable For
- Being a dedicated **series of computer graphics processors** produced by Matrox Graphics.
- Classification as a **specialized electronic circuit** specifically designed for graphics acceleration.
- Inclusion of specific sub-models identified as **P650 and P750**.
- Multilingual international recognition, with entries in **English, Japanese, Korean, and Chinese** Wikipedia repositories.

## Body
### Classification and Definition
Matrox Parhelia is defined as a series of computer graphics processors. It falls under the broad class of "graphics processing unit" (GPU), which is a specialized electronic circuit designed to manipulate and alter memory to accelerate the creation of images in a frame buffer intended for output to a display device. In this context, the Parhelia series functions as a graphics accelerator.

### Manufacturer and Identity
The series is produced by **Matrox Graphics**. It is listed in knowledge bases with a Freebase ID of `/m/0b1vk0`. The entity has a sitelink count of 5, reflecting its presence across different language versions of Wikipedia and related projects.

### Naming and Variants
The series is known by several aliases and model designations:
*   **P650**
*   **P750**
*   **パフィリア** (Japanese)
*   **파헬리아** (Korean)

### Digital and Academic Records
The entity is documented in Wikidata and has an associated image hosted on Wikimedia Commons under the category "Matrox Parhelia." The information is referenced by academic and knowledge sources, including a publication date of October 28, 2013, within linked databases.

## References

1. Freebase Data Dumps. 2013