SDCC - Small Device C Compiler vs Tiny C Compiler

SDCC - Small Device C Compiler — SDCC is an open-source C compiler suite designed for 8-bit microcontrollers. It supports multiple hardware platforms and generates efficient code optimized for small memory models.

Tiny C Compiler — Tiny C Compiler (TCC) is an extremely small and fast C compiler created by Fabrice Bellard. It is designed for compiling, linking and executing C code very quickly, making it useful for testing snippe

SDCC - Small Device C Compiler offers Supports multiple 8-bit microcontroller architectures, Generates efficient and optimized code for small memory models, Supports C language standards C89/C99/C11, Includes an integrated assembler, linker and preprocessor, Has a modular design allowing retargeting for new microcontrollers, while Tiny C Compiler provides Small and fast C compiler, Can compile, link and execute C code very quickly, Supports ANSI C with some extensions like inline ASM, Can generate code for x86, ARM, PowerPC and SPARC, Can output executable binaries or object files.

SDCC - Small Device C Compiler stands out for Free and open source, Good code optimization for small microcontrollers, Supports many 8-bit architectures and chips; Tiny C Compiler is known for Very fast compilation speeds, Small executable size, Good for testing snippets of C code.

Feature	SDCC - Small Device C Compiler	Tiny C Compiler
Overall Score	N/A	N/A
Primary Category	Development	Development

Product Overview

SDCC - Small Device C Compiler

Description: SDCC is an open-source C compiler suite designed for 8-bit microcontrollers. It supports multiple hardware platforms and generates efficient code optimized for small memory models.

Tiny C Compiler

Description: Tiny C Compiler (TCC) is an extremely small and fast C compiler created by Fabrice Bellard. It is designed for compiling, linking and executing C code very quickly, making it useful for testing snippets of code.

Key Features Comparison

SDCC - Small Device C Compiler Features

• Supports multiple 8-bit microcontroller architectures
• Generates efficient and optimized code for small memory models
• Supports C language standards C89/C99/C11
• Includes an integrated assembler, linker and preprocessor
• Has a modular design allowing retargeting for new microcontrollers
• Open source with active development community

Tiny C Compiler Features

• Small and fast C compiler
• Can compile, link and execute C code very quickly
• Supports ANSI C with some extensions like inline ASM
• Can generate code for x86, ARM, PowerPC and SPARC
• Can output executable binaries or object files
• Has a built-in preprocessor and assembler
• Can integrate with IDEs and build systems via CLI
• Open source with permissive licensing (LGPL)

Pros & Cons Analysis

SDCC - Small Device C Compiler

Pros

• Free and open source
• Good code optimization for small microcontrollers
• Supports many 8-bit architectures and chips
• Active community support and development
• Integrated toolchain for building projects

Cons

• Limited to 8-bit microcontrollers
• Not as feature rich as commercial compilers
• Lacks support for some advanced C++ features
• Documentation could be more extensive
• Not as widely used as some commercial options

Tiny C Compiler

Pros

• Very fast compilation speeds
• Small executable size
• Good for testing snippets of C code
• Supports multiple architectures
• Easy to integrate and use

Cons

• Limited C standard library implementation
• Fewer optimizations compared to larger compilers
• Lacks some advanced C features
• Minimal error checking and diagnostics

Pricing Comparison

SDCC - Small Device C Compiler

• Open Source

Tiny C Compiler

• Open Source