Compiler Support

UDE supports cross compiler packages for the C166, ST10, XE166, XC2000, TriCore, Power Architecture, Arm, RH850 and SH-2A families – HighTec (GNU), Tasking, Wind River, Byte Craft, ImageCraft, and Renesas. Using the Universal Debug Engine, you will be able to optimize the flexibility and efficiency of the selected compiler. A description of all supported compilers can be seen below. Since each compiler has its’ own characteristics and features, please contact us if you have special development, or system requirements.

The GNU C/C++ Compiler, for the AURIX/TriCore, PowerArchitecture or ARM architecture is based on the GNU software.
The GNU software was ported and modified by HighTec Systeme GmbH.

TriCore architecture support

All TriCore derivatives are supported
Fast and flexible TriCoreinterrupt/trap interface
TriCore-optimized DSP support library (C++)
Additional C compiler for Peripheral Control Processor (PCP)
and MCS/GTM timer module of AURIX TC3xx.

Power Architecture support

Little-endian and big-endian format are supported
VLE and SPE are supported.

Arm architecture support

Support of “Arm Procedure Call” standard
32bit Arm and 16bit Thumb instruction code
Little-endian and big-endian format are supported.

Other compiler features

Supports the “ISO C” standard.

The Tasking compiler is designed for all derivatives of the AURIX/TriCore, XE166/XC2000, C166/ST10 microcontroller families. The generated program code shows compact size and excellent performance.

AURIX/TriCore Architecture Support

Additional C compiler for Hardware Security Module (HSM), Peripheral Control Processor (PCP),
XC800 Standby controller (SCR) and MCS/GTM timer module of AURIX TC3xx.
Infineon Technologies TriCore EABI compliant
Language extensions for Embedded/DSP/TriCore
VX technology for optimization of code size/ speed.

XE166/XC2000, C166/ST10 Architecture Support

User stack model for function calls are supported (to speed up RTOS task switches)
VX technology for optimization of code size/ speed.

Other Compiler Features

ISO C'99 and ISO C++ 14882-1998 compliant
C-level interrupt functions
IEEE floating-point operations
Re-entrant code and libraries
Industry standard ELF / DWARF3.0 and IEEE-695 output formats.

C++ Compiler

C++ features like Dynamic Allocation of Objects, Passing References, Operator Overloading, Data Hiding, and Inheritance, are supported.

RTOS Support

Nucleus PLUS (Mentor Graphics), CMX-RTX (CMX Company), and OSE (Enea).

The Keil/ARM C/C++ compiler is designed for all derivatives of the Arm7, Arm9, Arm11, and Cortex microcontroller families. The Keil CA166 compiler is designed for all derivatives of the C166, ST10 and XC166 microcontroller families.

Arm architecture support

Arm Mode and Thumb/Thumb2 mode code function attributes for Hardware Support
C-level interrupt functions
User stack model for function calls are supported (to speed up RTOS task switches)
Industry standard ELF / DWARF3.0 output format
Little-endian and big-endian format are supported.

C166, ST10, XC166 architecture support

7 memory models
Full pointer support for the 16K page architecture
C-level access to Special Function, MCU Registers.

Library Set

C-interface and runtime library (different models)
Floating point libraries
Re-entrant Run-time Library
Thread-safe Floating-point Operations.

RTOS Support

ARTX-ARM (Keil)
RTX 166 (Keil)
CMX-RTX (CMX Company)

The Green Hills Software C/C++ compiler is designed for all derivatives of the PowerArchitecture microcontroller families.

Power Architecture support

Highly optimized compiler in program execution speed and program size

Compiler compatibility

Standard (ANSI/ISO) C++
Embedded C++ (EC++) with Templates
K&R Mode and Extensions to ANSI C
GNU C/C++ Extensions
MISRA C.

RTOS Support

INTEGRITY, velOSity, µ-velOSity royalty-free RTOS *

* on request

The Byte Craft eTPU C compiler is designed for the Enhanced Time Processing Unit (eTPU).

NXP eTPU architecture support

Highly optimized generated code
eTPU compiler works in conjunction with a host CPU compiler, to create CPU/eTPU applications.

Other compiler features

Enhanced memory management support
Object libraries can be included directly in C source files, using Absolute Code mode
Extensions to the C language designed specifically for the embedded systems developer.

The C Compiler Package Includes:

Optimizing C Compiler
BCLink Linker
Build-in Macro Assembler.

The Wind River Compiler combines industry leading optimization technology, with the flexibility and control needed to fully exploit today's complex CPUs

TriCore architecture support

All TriCore derivatives are supported

Power Architecture support

Diab technology
VLE support.

Arm architecture support

Arm7, Arm9, Arm11, and Cortex support
Arm and Thumb instruction set support.

Compiler features

Industry leading optimization technology
Performance and code size
Designed for demanding embedded requirements
100% C++ ANSI compliance
Interoperability with other development tools
Professional support.

The RENESAS compiler has a powerful optimization function for exhibiting the microcomputer performance to its full capacity in order to create a compact code.