# XC

> programming language for real-time embedded parallel processors

**Wikidata**: [Q7665653](https://www.wikidata.org/wiki/Q7665653)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/XC_(programming_language))  
**Source**: https://4ort.xyz/entity/xc

## Summary
XC is a programming language designed for real-time embedded parallel processors, developed by XMOS. It is particularly suited for concurrent computing and was influenced by the Occam language. The language is documented in resources like the "Programming XC on XMOS Devices" guide.

## Key Facts
- **Developer**: XMOS
- **Inception**: 2005
- **Primary use**: Real-time embedded parallel processors
- **Programming paradigm**: Concurrent computing
- **Influenced by**: Occam
- **Based on**: Q15777 (likely a related language or framework)
- **Documentation**: Available at [XMOS Programming Guide](https://www.xmos.ai/download/Programming-XC-on-XMOS-Devices(X9577A).pdf)
- **Wikipedia presence**: Available in English and Finnish
- **YSO ID**: 20577 (Finnish classification)

## FAQs
### Q: What is XC used for?
A: XC is used for programming real-time embedded parallel processors, particularly in applications requiring concurrent computing.

### Q: Who developed XC?
A: XC was developed by XMOS, a company specializing in parallel processing technologies.

### Q: Is XC related to Occam?
A: Yes, XC was influenced by the Occam programming language, which was designed for parallel computing.

### Q: Where can I learn more about XC?
A: Detailed documentation is available in the [XMOS Programming Guide](https://www.xmos.ai/download/Programming-XC-on-XMOS-Devices(X9577A).pdf).

### Q: What programming paradigm does XC support?
A: XC supports concurrent computing, making it suitable for parallel processing tasks.

## Why It Matters
XC plays a crucial role in the development of real-time embedded systems that require high-performance parallel processing. By leveraging concurrent computing, it enables efficient execution of complex tasks in environments where low latency and high throughput are essential. The language’s influence from Occam ensures a robust foundation for parallel programming, while its documentation supports developers in implementing solutions for embedded systems. As XMOS continues to advance in parallel processing technologies, XC remains a key tool for engineers working on cutting-edge hardware and software solutions.

## Notable For
- **Concurrent computing focus**: Designed specifically for parallel processing tasks.
- **Occam influence**: Incorporates principles from Occam, a language historically used in parallel computing.
- **Embedded systems support**: Optimized for real-time applications in embedded systems.
- **Documented resources**: Official programming guides are available for developers.
- **Finnish classification**: Recognized under YSO ID 20577, indicating its relevance in Finnish technical contexts.

## Body
### Overview
XC is a programming language developed by XMOS for real-time embedded parallel processors. It was first introduced in 2005 and is designed to support concurrent computing, making it well-suited for applications requiring parallel processing.

### Development and Influence
XC was influenced by the Occam programming language, which was also designed for parallel computing. This heritage ensures that XC has a strong foundation in concurrent programming principles.

### Applications
The primary use case for XC is in real-time embedded systems where parallel processing is essential. It enables developers to create efficient, low-latency solutions for embedded applications.

### Documentation
Comprehensive documentation for XC is available in the [XMOS Programming Guide](https://www.xmos.ai/download/Programming-XC-on-XMOS-Devices(X9577A).pdf), which provides detailed instructions for programming XC on XMOS devices.

### Classification
XC is classified under YSO ID 20577 in Finnish technical contexts, reflecting its importance in the Finnish knowledge base. It is also recognized in English and Finnish Wikipedia entries.

### Impact
XC’s focus on concurrent computing and its influence from Occam make it a valuable tool for developers working on parallel processing projects. Its documented resources ensure that developers have access to the necessary information to implement XC effectively.

## References

1. YSO-Wikidata mapping project