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Keil CA51 Compiler Kit
The Keil CA51 Compiler Kit for the 8051 microcontroller family supports all 8051 derivatives including classic devices and IP cores from companies like Analog Devices, Atmel, Cypress Semiconductor, Dallas Semiconductor, Goal, Hynix, Infineon, Intel, OKI, Philips, Ailicon Labs, SMSC, STMicroelectronics, Synopsis, TDK, Temic, Texas Instruments, and Winbond.
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Keil DB-ARM Debugger Kit
The Keil DB-ARM Debugger Kit for the ARM microcontroller family supports ARM derivatives from Analog Devices, Atmel, Philips, Samsung, Sharp, and STMicroelectronics. This kit is perfect for the developer who requires sophisticated debugging support for existing GNU or RealView/ADS projects.
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Keil A51 Assembler Kit
The Keil A51 Assembler Kit for the 8051 microcontroller family enables you to write assembler programs for practically any 8051 derivatives including those from Analog Devices, Atmel, Cypress Semiconductor, Dallas Semiconductor, Goal, Hynix, Infineon, Intel, OKI, Philips, Silicon Labs, SMSC, STMicroelectronics, Synopsis, TDK, Temic, Texas Instruments, and Winbond.
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Keil DK251 Professional Developer's Kit
The DK251 Developer's Kit for the MCS® 251 microcontroller family supports all available 251 derivatives and enables you to write and test programs in C or assembly using the powerful 251 instruction set (source mode). On-chip peripherals and other key features of the 251 are easy to access with the DK251 Developer's Kit.
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Keil CA251 Compiler Kit
The CA251 Compiler Kit for the MCS® 251 microcontroller family supports all available 251 derivatives and enables you to write programs in C or assembly using the powerful 251 instruction set (source mode). On-chip peripherals and other key features of the 251 are easy to access with the CA251 Compiler Kit.
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Keil RealView MDK-ARM
The Keil RealView Microcontroller Development Kit for the ARM microcontroller family supports ARM derivatives from Analog Devices, Atmel, Philips, Samsung, Sharp, and STMicroelectronics. This kit is perfect for the developer who requires industry-standard compilation tools and sophisticated debugging support.
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Keil A251 Assembler Kit
The A251 Assembler Kit for the MCS® 251 microcontroller family supports all available 251 derivatives and enables you to write programs using the powerful 251 instruction set (source mode).On-chip peripherals and other key features of the 251 are easy to access with the A251 Assembler Kit.
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Keil PK166 Professional Developer's Kit
The Keil PK166 Professional Developer's Kit for the 166 microcontroller family supports all available XC16x, C16x, and ST10 derivatives and enables you to write and test programs in C or assembly using the powerful C166, C167, and XC167 instruction sets. On-chip peripherals and other key features of the 166 are easy to access with the PK166 Professional Developer's Kit.
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Keil PK51 Professional Developer's Kit
The Keil PK51 Professional Developer's Kit for the 8051 microcontroller family supports all 8051 derivatives including new devices with extended memory and instruction sets (like the Dallas 390/5240/400, Philips 51MX, and Analog Devices MicroConverters) and classic devices and IP cores from companies like Analog Devices, Atmel, Cypress Semiconductor, Dallas Semiconductor, Goal, Hynix, Infineon, Intel, OKI, Philips, Silicon Labs, SMSC, STMicroelectronics, Synopsis, TDK, Temic, Texas Instruments, and Winbond.
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Keil CA166 Compiler Kit
The Keil CA166 Compiler Kit for the 166 microcontroller family supports all available XC16x, C16x, and ST10 derivatives and enables you to write and test programs in C or assembly using the powerful C166, C167, and XC167 instruction sets. On-chip peripherals and other key features of the 166 are easy to access with the CA166 Compiler Kit.
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IAR Embedded Workbench for ARM - Basic Edition
IAR Embedded Workbench provides a suite of development tools for ARM - the integrated development
environment offers a continuous workflow, efficient code generation and ease of use. This version is code size limited to 256Kbytes and does not include MISRA C checking.
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IAR Embedded Workbench for ARM - Full Edition
IAR Embedded Workbench provides a suite of development tools for ARM - the integrated development
environment offers a continuous workflow, efficient code generation and ease of use. This version has no code size limitation and includes the MISRA C checking.
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HI-TECH C Compiler for ARM plus Nohau JTAG
Delivering excellent code density and reliability, HI-TECH C® for ARM® allows embedded firmware development in a fraction of the time required for conventional assembly language programming. Programs may be comprised of any mix of ARM or Thumb™ functions.
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HI-TECH C PICC Compiler for PICmicro 10/12/14/16/17 Series
HI-TECH PICC™ is the leading C compiler for the Microchip PICmicro® 10/12/14/16/17 series of microcontrollers. HI-TECH PICC makes full use of specific PIC features and using an intelligent optimizer, can generate high-quality code easily rivalling hand-written assembler. Automatic handling of page and bank selection frees the programmer from the trivial details of assembler code.
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HI-TECH C PICC-18 Compiler for PICmicro 18 Series
PICC-18™ is a powerful C compiler for the Microchip PICmicro® PIC18 family of microcontrollers. HI-TECH PICC-18 upholds the robust and efficient tradition of a long line of PICmicro compilers from HI-TECH Software, delivering unrivalled code density combined with excellent reliability. Tightly tuned to the PIC18 architecture, it allows firmware development in a fraction of the time, but with no greater use of RAM or ROM, required for conventional assembly language programming.
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HI-TECH C dsPICC Compiler for Microchip dsPIC
HI-TECH dsPICC™ compiler offer the C programmer a powerful, yet easy-to-use environment for code development. The HI-TECH dsPICC compiler is built on proven technology developed in HI-TECH PICC™ and PICC-18™ compilers and offers a simple migration path from those compilers. With features like an integrated development environment, assembler-free programming, and an intelligent optimizer, you can develop exceptionally tight and fast code with ease.
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HI-TECH PICC Enterprise Edition (includes PICC, PICC-18 & dsPICC)
HI-TECH PICC™ Enterprise Edition is the only compiler package available with comprehensive support for all 10/12/14/16/17/18 series PICs®, along with the new dsPIC® processors. HI-TECH PICC Enterprise Edition is a complete package that unites the successful PICC, PICC-18™ and dsPICC™ compilers.
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HI-TECH C Compiler for 8051 Architecture
The 8051 family is the most successful 8-bit microcontroller family, available from over 40 manufacturers in a huge range of chips. HI-TECH C® for 8051 features several different memory models that are offered by compile-time selection: small for single chip applications; medium and large for external memory, and huge for a banked code configuration.
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HI-TECH C Compiler for TI MSP430
HI-TECH C® for MSP430 is an advanced C compiler with a fast and flexible programming environment for the Texas Instruments MSP430 devices. HI-TECH C for MSP430 makes use of specific MSP430 features and using an intelligent optimizer, can generate high-quality code easily rivaling hand written assembler.
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HI-TECH C Compiler for Philips XA
Philips Semiconductors’ XA (eXtended Architecture) family of high-performance single-chip microcontrollers are powerful 16-bit devices with an architecture based on the popular 8051 family, but without the 8051’s 8-bit limitations. HI-TECH C® for XA provides the programmer with a total development system for C and assembler. Several different memory models are offered by compile-time selection. In Huge model the XA’s Harvard architecture (separate data and program memory spaces) is hidden from the programmer.
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HI-TECH C Compiler for Freescale 68HC11/6801/6301
HI-TECH C® for 68HC11 is more than a C compiler - it is a complete development system for C and assembler. With features like an integrated development environment, assembler-free programming, and an intelligent optimizer, you can develop exceptionally tight and fast code with ease.
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HI-TECH C Compiler for Freescale 68HC05/6805
HI-TECH C® for 6805/68HC05 is more than a C compiler - it is a complete development system for C and assembler. With features like an integrated development environment, assembler-free programming, and an intelligent optimizer, you can develop exceptionally tight and fast code with ease.
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HI-TECH C Compiler for Renesas Technology H8/300(H)
HI-TECH C® for H8/300(H) is more than a C compiler - it is a complete development system for C and assembler. With features like an integrated development environment†, assembler-free programming, and an efficient analyzing optimizer, you can develop exceptionally tight and fast code with ease.
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HI-TECH C Compiler for ARClite microRISC
The ARClite 8-bit RISC microprocessor is a general purpose, synthesizable processor core designed specifically to be embedded in both ASICs and FPGAs. HI-TECH C® for ARClite™ compiler offers not only a powerful ANSI C compiler but also a full development system for C. Taking full advantage of the ARClite microRISC instruction set, the compiler produces fast, compact code.
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HI-TECH C Compiler for Freescale 68000 family
HI-TECH C® for 68000 is more than a C compiler - it is a complete development system for C and assembler. With features like an integrated development environment, assembler-free programming, and an intelligent optimizer, you can develop exceptionally tight and fast code with ease.
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HI-TECH C Compiler for Z80/Z180
HI-TECH C® for Z80/Z180 offers a complete ANSI C embedded compiler package with a full development system for C and assembler. HI-TECH C supports the 64K memory model for the base Z80, plus the expanded memory on the Z180 and 64180, or even user-defined banked memory on any other Z80 device, allowing a megabyte of program memory. Interrupt functions can be defined entirely in C, including mode 2 vectors, and I/O ports are mapped as C variables with the port qualifier.
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HI-TECH C Compiler for HOLTEK
Featuring the latest code generation technology, HI-TECH C® for HOLTEK MCU is a high-performance C compiler for the full range of HOLTEK embedded microcontrollers. Developed from a proven design renown for its reliable output, the emphasis is on usability and reducing the programmer's workload, yet delivering code density that matches, or betters, that obtained with assembly language programming.
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MCCI USB Resource Compiler
The MCCI USB Resource Compiler (USBRC) simplifies the development of descriptors for USB peripherals.
Instead of hand compilation of data and descriptor tables, USBRC allows the developer to describe the USB devices in plain text. The compiler translates the descriptive files into C data initialization structures intended to be placed in ROM. USBRC reads a text file containing a high-level description of a particular USB device, and produces another file containing several tables of data, suitable for feeding to an ANSI C compiler. At runtime, the device firmware can pass the data to the host in response to GET DESCRIPTOR commands, transmitting the data directly from ROM.
Version 2 of USBRC is integrated with the MCCI USB DataPump®, and is shipped as part of that package. It is available separately, without the DataPump integration, as a free download.
USBRC V1.26 is available for Win32 platforms (Windows 95, Windows 98, ME, Windows NT 4.0, Windows 2000, and Windows XP). It is also available for NetBSD/386 and SunOS 4.1.3. Other platforms are available by special order.
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GNU tools for PowerPC
Basic Environment Tools for C6x and PowerPC
Recommended for all customers: our lightweight environment for developing applications in C for both C6x and PowerPC™ products. Note that C6x development requires Code Composer Studio™ to be installed, and PowerPC™ development requires the GNU C compiler; GNU tools for PowerPC™ development; PowerPC™ Linux Support
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C2C++ C++ compiler
This is a C++ compiler for Microchip (PIC) and Scenix (SX) microcontrollers. It works under MS Windows 95/98/ME/NT/2000/XP and has a built-in user interface. The compiler is based on the C2C-plus compiler extended for C++ language support. The features implemented in the compiler include:
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Pic Cross Development Support Tools
Pic Cross Development Support Tools.
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GPUTILS - GNU PIC Utilities
GPUTILS is a collection of tools for the Microchip (TM) PIC microcontrollers. It includes gpasm, gplink, and gplib. It's distributed under the terms of the GNU Public License. See the gnupic page for other GNU PIC tools such as gpsim, a gputils compatible simulator.
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GNUPIC
Open source project for PIC microcontrollers - Assemblers Disassemblers Compilers Simulators Programmers Interpreters Libraries
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lcc-win32: A Compiler system for windows
Here you can download the lcc-win32 C compiler system. The system is self contained: you do not need anything else to get started programming in C in the Win32 environment. You get Code generator (compiler, assembler, linker, resource compiler, librarian), Integrated development environment with editor, debugger, make file generation, resource editor, and, User manual and technical documentation. All the binaries and the associated header files etc, are contained in an auto-installable executable that will create all the needed directory structure.
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Microtec Compilers
Microtec C and C++ Compilers* are complete cross-compiler solutions that include a compiler, assembler, and linker, all optimized for building embedded applications. Microtec C & C++ Compilers may be used as stand-alone tools or with Mentor Graphics' XRAY Debugger. In addition, they are compatible with many third-party debuggers, emulators, and real-time operating systems.
Advanced C++ optimizations dramatically reduce application memory usage
Pre-compiled header files slash compile times
Flexible code and data segmentation enables easy ROMing of applications
C language extensions minimize the need for assembly language
Compliance with ANSI C and C++ standards
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CodeWarrior III Compiler
One major component of the IDE is the CodeWarrior III Compiler. It combines industry-proven optimization technology with the versatility and control needed to fully exploit today's complex PowerPC ISA CPUs. The CodeWarrior III Compiler's design is based on a partitioned architecture that results in proven reliability and flexibility for embedded applications, as well as interoperability with other CodeWarrior development products.
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XGC Cross Compilers
Public versions, provided AS IS, with ready-to-run binary distributions complete with run-time source code - title size date GCC-1750 Version 1.3b1 for IBM PC GNU/Linux 2.2.
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Spec C Reference Compiler
The SpecC Reference Compiler (SCRC) is an open source implementation of a compiler and simulator for the SpecC language. The goals of the SpecC Reference Compiler are to promote SpecC standardization and provide a reference implementation, that is compliant with the SpecC Language Reference Manual (LRM) freely available as a basis for SpecC tool development.
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ColdFire Development Resources
This site contains the source for a variant of gcc that contains a number of optimisations and bug fixes for the Motorola ColdFire processor.
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Free C/C++ Compilers and Interpreters
Looking for a free C compiler or a free C++ compiler? This page lists numerous free C and C++ compilers, cross-compilers and interpreters for a wide variety of operating systems (including embedded systems).
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A GNU Development Environment for the AVR Microcontroller
This document attempts to cover the details of the GNU Tools that are specific to the AVR family of processors.
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WinAVR (AVR GCC)
WinAVR (pronounced "whenever") is a suite of executable, open source software development tools for the Atmel AVR series of RISC microprocessors hosted on the Windows platform. It includes the GNU GCC compiler for C and C++.
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GNU C Compiler for ATMEL AVR
The GNU C Compiler for ATMEL AVR microcontrollers.
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CDK4AVR -- AVR Cross Development Kit
CDK4AVR stands for Cross Development Kit for Atmels AVR RISC processor serie and should support your development with a comprehensive Assembler and C development environment for even this processor familie under Linux.
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Toms GNU/Linux (and DOS) Atmel AVR assembler
- Compiles code written for Atmels AVR DOS assembler (see notice).
- Super-set of Atmel AVR assembler (few features added).
- Generates Intel Hex, Motorola S-record, Generic and binary output.
- Atmel object files compatible with Atmel's AVR Studio.
- More than 100 warning/error messages.
- 'C' like escape characters in char/string literals ('\n', '\t', ...).
- Macros in macros.
- Free software (released under GPL).
- Runs on (win)DOS, Linux, FreeBSD, OS/2, Solaris, …
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RTTarget-32 - Core Operating System and Development Tools
RTTarget-32 is a Win32 subset operating system for Intel 80386 and higher embedded systems. Programs are developed under Microsoft Windows using standard 32-bit compilers (Borland C/C++, Microsoft Visual C/C++, Borland Delphi). Executable files built with these compilers are processed by RTTarget-32 to run on the target system.
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Tasking DSP Software Development Tools
Altium produces a range of TASKING software development toolsets for Digital Signal Processors (DSP’s). Currently, the following DSP architectures are supported:
- Freescale DSP56xxx
- StarCore
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Tasking 32-bit Software Development Tools
Altium produces a range of TASKING software development toolsets for 32-bit microcontrollers. Currently, the following 32-bit architectures are supported:
- Infineon TriCore
- Freescale 68K/ColdFire
- PowerPC™
- Infineon SLE88
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Tasking 8-16 bit Software Development Tools
Altium produces a range of TASKING software development toolsets for 8-bit and 16-bit microcontrollers. Currently, the following 8 and 16-bit architectures are supported:
- 8051
- Infineon C166
- Intel 196/296
- Renesas M16C
- Renesas R8C/Tiny
- Philips XA
- STMicroeletronics ST10/Super10
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Python Language
Python is an interpreted, interactive, object-oriented programming language. It is often compared to Tcl, Perl, Scheme or Java. Python combines remarkable power with very clear syntax. It has modules, classes, exceptions, very high level dynamic data types, and dynamic typing. There are interfaces to many system calls and libraries, as well as to various windowing systems (X11, Motif, Tk, Mac, MFC, wxWidgets). New built-in modules are easily written in C or C++. Python is also usable as an extension language for applications that need a programmable interface.
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Macraigor GNU Tools
This page has install scripts for binary images of the GNU embedded systems toolkits that work with one or more OCDemon™ devices. Each toolkit provides:
- GNU Tools (binutils, gcc, gdb, Insight) for a specific microprocessor family
- An example program including source, makefile, and configuration scripts that has been built, downloaded and debugged on a target microprocessor using the tools provided
- The binaries required to interface GDB to OCDemon™ devices
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GNU X-Tools™
Open-source tools that feature C/C++ cross-compilers, linker, assembler, fully reentrant C Library with unrestricted license, C++ Class Libraries, binary utilities, and Visual GDB debugger -- everything you need for your embedded development project. Above all competing solutions GNU compilers offer uniformity, flexibility, and portability.
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SmallC for AVR - Free Compiler
SmallC for AVR has been extensively re-written to make it more efficient. Typical code space savings of over 50% on version 1 have been achieved. A complete User Manual is now available that puts in one place the details previously scattered throughout my old web pages. It includes many examples and code snippets on configuring and using the various AVR hardware.
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MetaWare® High C/C++™ Compiler
MQX Embedded's Metaware High C/C++ compiler is a proven, high performance optimizing compiler specially tailored to the needs of the embedded developer, delivering compact, fast, efficient code with nine levels of superior global optimization, including instruction scheduling, pipelining and branch prediction. Selecting from among hundreds of safe optimizations, Metaware High C/C++ can be instructed to optimize for tiny code footprint or for blazing speed and intermediate points between.
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MetaWare C/C++ Compiler
For the past 20 years, ARC™ International's MetaWare® C/C++ Compilers have leveraged ARC's compiler optimization expertise and quality code generation into the successful development and deployment of complex embedded applications. MetaWare compilers continue to be recognized for their advanced technology. The MetaWare C/C++ Compiler is ANSI C compliant and supports C++ and Embedded C++. ARC maintains and runs an extensive suite of internal compiler verification and validation tests that are even licensed by competing compiler vendors. ARC additionally runs ANSI C validation suites from Plum Hall and Perennial prior to every product release.
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