# FpgaC

> compiler for a subset of the C programming language

**Wikidata**: [Q5477411](https://www.wikidata.org/wiki/Q5477411)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/FpgaC)  
**Source**: https://4ort.xyz/entity/fpgac

## Summary
FpgaC is a compiler for a subset of the C programming language, developed by John L. Bass in 2005. It is designed to translate C code into machine instructions for FPGA (Field-Programmable Gate Array) hardware, enabling efficient hardware acceleration of C-based applications.

## Key Facts
- Developed by John L. Bass
- First released in 2005
- Compiles a subset of the C programming language
- Targets FPGA hardware for hardware acceleration
- Open-source project hosted on SourceForge
- Classified as both a compiler and a programming language
- Primarily used for embedded systems and high-performance computing

## FAQs
### Q: What is FpgaC used for?
A: FpgaC is used to compile C code into machine instructions for FPGA hardware, enabling hardware acceleration of C-based applications, particularly in embedded systems and high-performance computing.

### Q: Who developed FpgaC?
A: FpgaC was developed by John L. Bass, with its first release occurring in 2005.

### Q: Is FpgaC open-source?
A: Yes, FpgaC is an open-source project hosted on SourceForge, making its source code available for modification and distribution.

### Q: What programming language does FpgaC support?
A: FpgaC supports a subset of the C programming language, allowing developers to write C code that can be compiled for FPGA hardware.

### Q: How does FpgaC differ from other C compilers?
A: Unlike general-purpose C compilers, FpgaC is specifically designed to generate code for FPGA hardware, enabling hardware acceleration of C-based applications.

## Why It Matters
FpgaC plays a crucial role in the field of hardware acceleration by enabling C code to be executed on FPGA devices. This allows developers to leverage the parallel processing capabilities of FPGAs for tasks that benefit from hardware acceleration, such as signal processing, cryptography, and real-time data analysis. By compiling a subset of C, FpgaC bridges the gap between high-level programming and hardware-specific optimizations, making it a valuable tool for embedded systems and high-performance computing. Its open-source nature further encourages community contributions and customization, ensuring its relevance in evolving technological landscapes.

## Notable For
- First released in 2005, establishing an early foundation for C-to-FPGA compilation
- Open-source project hosted on SourceForge, promoting community-driven development
- Supports a subset of C, making it accessible to developers familiar with the language
- Enables hardware acceleration of C-based applications on FPGA devices
- Used in embedded systems and high-performance computing for tasks requiring parallel processing

## Body
### Overview
FpgaC is a compiler designed to translate a subset of the C programming language into machine instructions for FPGA hardware. Developed by John L. Bass, it was first released in 2005 and remains an open-source project hosted on SourceForge.

### Development and Release
- **Developer**: John L. Bass
- **Inception**: 2005
- **Hosting**: SourceForge project "fpgac"

### Technical Specifications
- **Language Support**: Subset of the C programming language
- **Target Hardware**: FPGA devices
- **Primary Use Case**: Hardware acceleration of C-based applications

### Applications
- **Embedded Systems**: Enables efficient execution of C code on FPGA hardware
- **High-Performance Computing**: Facilitates parallel processing tasks
- **Signal Processing**: Supports real-time data analysis and manipulation

### Classification
- **Instance Of**: Compiler, Programming Language
- **Wikipedia Title**: FpgaC
- **Wikipedia Languages**: English

### External Identifiers
- **Freebase ID**: /m/0b_1ps
- **Microsoft Academic ID (Discontinued)**: 152500336