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TRICORE/AURIX

GTM-IP MCS

SAFETY CHECKER

C166/ST10

RH850

SAFETY KIT

SPC5

ARM

QORIVVA

EMBEDDED DEBUGGER

EMBEDDED PROFILER

LAPACK PERFORMANCE LIBRARIES
 
     
 

 
     
     
     
  Tricore/AURIX  
 

The TriCore architecture from Infineon Technologies provides an industry-leading 32-bit microcontroller design specifically optimized for Automotive and Industrial Applications. This architecture offers the real-time capabilities of a high-speed microcontroller, the raw computational power of a DSP, and the perfect balance between performance and price for an RISC load/store architecture, all in one unified chipset.

The TASKING TriCore Software Development Toolset was designed with the experts at Infineon, and is regarded as the industry-standard for TriCore architecture software. This toolset contains dedicated C/C++ compilers and assemblers for the complete TriCore family, and a multi-core linker/locator and debugger all within a unified EclipseT Integrated Development Environment (IDE).

  • Generate the most clean and efficient code with industry-leading code optimizations for both speed and size.
  • Easily optimize your code for maximum performance with the Versatile Linker Script Language.
  • Large installed active user base, including all major Automotive OEMs and Tier 1s.
  • Guaranteed compatibility with leading third-party solutions including debuggers, AUTOSAR operating systems and MCAL drivers.
  • Stay in complete compliance with industry-standard safety regulations including ISO 26262 for the life of your project.
  • Ensure that your code remains up to date and in compliance with industry standards with full support for MISRA-C:2012 and CERT C guidelines.
 
     
 
 
     
     
  C166/ST10  
 

All developers need more performance out of their code, which is why more engineers choose the TASKING VX-toolset for C166/ST10 for faster executions and support for dense code. The original TASKING C166 compiler has remained the world's most reliable development toolset since 1991 and includes full support for all C166 and ST10 compatible microcontrollers.

  • Stay at the top of your productivity with a complete development environment integrated into the industry-standard Eclipse IDE.
  • Develop the most compact and fastest-executing code with TASKING Viper compiler technology.
  • Compile 25% faster code than traditional compilers.
  • Easily develop performance-driven applications for 32-bit microcontrollers with full support for the new Infineon XC2000 and XE166.
  • Full DaVE support for comprehensive resource management. Stay ahead of the latest debugging technology trends like multi-core application development.
 
     
 
 
     
     
  SPC5  
 

The Power Architecture software development toolset includes a complete C compiler solution for Power Architecture automotive chips from Freescale and STMicroelectronics. This toolset offers compiler compatibility with the TASKING VX-toolsets and offers efficient and optimized code generation tools with support for multi-core variants.

  • Develop the most stable and reliable code with the powerful code-generation tools in the Power Architecture toolset.
  • Always have support available with complete legacy version support of frozen compiler versions.
  • Meet every qualification tests for your compilers with industry-standard test suites and real-time application qualifications.
  • Stay in complete compliance with industry-standard safety regulations including ISO 26262 for the life of your project.
 
     
 
 
     
     
  GTM-IP MCS  
 

The Bosch GTM IP module provides a critical generic timer platform for the most complex applications in the automotive industry including power train, power steering, chassis, and transmission control. To accomplish these tasks at pinpoint accuracy, the module runs with minimal CPU interaction and unloads the CPU from handling interrupt service requests as much as possible.

This level of interaction is only possible with the backing of a complete development environment provided by the TASKING Bosch GTM software development platform. The TASKING C compiler for the GTM makes use of enhancements from the third generation of GTM silicon and delivers significant functional enhancements to the platform, providing the most efficient code and optimized execution environment.

  • Take advantage of all your integrated C compilers needs for all cores of a CPU in one unified IDE.
  • Develop the fastest, smallest, and most optimized code possible with industry-leading optimization tools.
  • Remain in full control of your source code with closed-source code-generation and libraries. Meets and exceeds many industry standards including ISO, MISRA C, CERT C, EABI, and more.
  • Produce code which is continuously qualified against industry-standard test suites and reference applications. GTM MCS Architecture assembler supports 1st, 2nd, and 3rd generation GTM cores.
 
     
 
 
     
     
  RH850  
 

The Renesas RH850 software development toolset provides a complete application development environment for industry-leading automotive microcontroller architectures. The RH850 compiler provides the most efficient optimized code generation not offered by other competing vendors and provides a complete development environment for the most advanced automotive systems.

  • Conforms to all industry-standard compiler standards including C, ISO, IEEE and ABI. Comprehensive library support including C libraries, run-time libraries, and floating-point library provided in source code.
  • Code profiling capabilities in the compiler allows you to collect application statistics and identify needed efficiency improvements.
  • Functionality is like other TASKING VX-toolsets, allowing for easier migration between architectures.
  • Support for parallel builds on multi-core systems for faster compilations.
  • Complete support for latest industry debugging trends including multi-core application development. On-chip debugging supported through the Renesas E1 emulator probe.
 
     
 
 
     
     
  ARM  
 

The TASKING VX-toolset for ARM provides developers with sophisticated technology found only in the Viper compiler framework. Developers can take full advantage of the industry-leading ARM architecture with the most efficient C/C++ compiler and comprehensive debugging tools on the market today.

The Viper technology running under the hood of this development toolset allows the C compiler to generate code with the highest execution speed and level of reliability needed for tomorrow's automotive, industrial, and telematics applications. The C compiler for ARM also features full support for industry-standard code qualifications including MISRA C and CERT C code checking, ensuring that your code will perform at the highest level of reliability.

  • Efficient C, C++, and EC++ compilers that conform to industry standard guidelines including ISO, CMSIS, and ARM ABI
  • Fully compatible with TASKING VX-toolsets for C166, TriCore, RH850, and Power Architecture.
  • Standard C, C++ and ANSI/IEEE-754 floating-point libraries.
  • Two available execution environments including instruction set simulator and on-chip/in-target debugging.
  • Debug probe support for J-Link family by SEGGER, ST-LINK from STMicroelectronics, mini Wiggler from Infineon, and CMSIS-DAP.
  • Select and configure components from repositories and generate code in your application through the Software Platform Builder.
  • Complete support for diverse range of middleware modules including: Posix RTOS, File System, TCP/IP, HTTP(S), HTTPS, USB, CAN, I2C, and more.
  • Integrated Pin Mapper helps to assign controller signals to chip pin.
  • Software Platform and Pin Mapper fully accessible from Eclipse IDE.
 
     
 
 
     
     
  SAFETY CHECKER  
 

The TASKING Safety Checker greatly enhances the effectiveness and efficiency of your software safety verification process, allowing you to meet the specific demands required for ISO 26262 certification. With the Safety Checker, you can automatically detect interference between software elements with different Automotive Safety Integrity Levels (ASIL) by checking access restrictions on the memory of single and multi-core systems.

Keeping track of violations in your C/C++ variables ensures that your software components and ASIL decompositions meet specific ISO 26262 requirements while also providing the clearest perspective on the impact of code changes

  • Your code can be checked as you actively work on your project, allowing you to maximize both your time and productivity while still developing applications of the highest quality and safety.
  • The automated functions in the Safety Checker can shave hours off your development process, removing the need to perform manual code verification checks by hand.
 
     
 
 
     
     
  SAFETY KIT  
 

ISO 26262 is your ticket to credibility in the automotive industry. TASKING offers several solutions to help you achieve certification in the shortest amount of time and at the lowest possible cost. With ISO 26262 certification, your software will be stamped ready for use in the most complex automotive applications that require the highest standards for safety, reliability and performance.

  • Industry standard recognition that proves your software meets the rigorous quality requirements for complex automotive applications.
  • The safest and most reliable software applications that meet and exceed the safety requirements for advanced automotive systems.
  • The lowest possible risk for failures and increased confidence of use from automotive manufacturers that utilize your software in their mechanical and electrical systems.
 
     
 
 
     
     
  QORIVVA  
 

The Power Architecture software development toolset includes a complete C compiler solution for Power Architecture automotive chips from Freescale and STMicroelectronics. This toolset offers compiler compatibility with the TASKING VX-toolsets and offers efficient and optimized code generation tools with support for multi-core variants.

  • Develop the most stable and reliable code with the powerful code-generation tools in the Power Architecture toolset.
  • Always have support available with complete legacy version support of frozen compiler versions.
  • Meet every qualification tests for your compilers with industry-standard test suites and real-time application qualifications.
  • Stay in complete compliance with industry-standard safety regulations including ISO 26262 for the life of your project.
  • C compilers with integrated static code analysis for MISRA C and CERT C. Conforms to diverse range of industry standards including ISO/IEC, MISRA C, EABI, ELF/DWARF, and more.
  • Support for advanced multi-core development.
  • Advanced code optimization techniques include TASKING Code Compaction optimization.
  • Powerful data/code overlaying facilities and section allocation.
  • On-chip debugging supported through debug probe from P&E Microcomputer Systems.
  • Comprehensive board support for popular evaluation boards.
 
     
 
 
     
     
  LC87  
 

The LC87 VX-toolset offers the most efficient software development environment for the unique low-power ON Semiconductor LC87 series. The TASKING VX-based C compiler technology forms the foundation of this toolset, and provides a unified and streamlined set of tools for all your application development needs.

  • Lifetime support for LC87 microprocessor family from ON Semiconductor®.
  • Powerful C compiler technology based on TASKING Viper technology.
  • Support for industry-leading code checking standards including MISRA C and CERT C.
  • Support for Easy Micon® trial boards.
  • Comprehensive C, run-time, and floating-point libraries.
 
     
 
 
     
     
  8051  
 

The TASKING 8051 toolset provides an advanced and flexible development environment for all of your software engineering needs. The advanced TASKING compiler technology allows you to produce the more sophisticated microcontroller applications, and a complete Embedded Development Environment keeps your workflow efficient and productive.

  • Unified development environment with C51 compiler, macro assembler, linker/locator, flash/load utility, and debugger.
  • Seamlessly integrates with other TASKING compiler toolsets for easy future upgrading.
  • Integrated MISRA C code checker in compiler
  • Code memory banking support allows up to 256 banks of 64kb.
  • Supports 4 different memory models: small, auxpage, large, and re-entrant.
  • Supported output formats: IEEE-695, OMF-51, Intel HEX, and S-Records.
  • In-line assembly and in-line expansion of user and predefined functions for efficiency.
 
     
 
 
     
     
  M16C & R8C/TINY  
 

The Renesas M16C and R8C/Tiny toolset delivers a complete software development environment for creating high-speed and low-power consumption applications. The TASKING VX-compiler technology forms the foundation of this toolset and provides a unified and streamlined set of tools for all your development needs.

  • Create the most reliable and longest-lasting code with full support for MISRA-C: 2004 guidelines
  • Easily meet your industry-standard code requirements with full support for ISO C'99 and ISO C++ 14882-1998.
  • Easily select supported M16C and R8C/Tiny derivatives
  • Profiling support using code instrumentation techniques.
  • Support for MISRA-C: 2004 code-checking guidelines.
  • Powerful conditional and complex breakpoints.
  • Plug-and-play support for M16C Eval-boards.
  • RTOS-aware debugging support.
  • Integrated Remote Evaluation Board Access Server.
 
     
 
 
     
     
  196/296  
 

The 196/296 toolset provides a complete application development environment for industry-leading 8 and 16-bit microprocessors. The TASKING Embedded Development Environment (EDE) unifies your workflow process and provides the most efficient and flexible platform for all of your development needs.

  • Get support for the lifetime of your compiler from the experts at TASKING for all 16 and 20 bit 196/296 microcontrollers.
  • Interrupt functions in C and in-line assembly.
  • Support for single-precision floating points.
  • Complete ANSI C and runtime support libraries included in source code.
  • Full support for Intel OMF-96 and Intel HEX.
 
     
 
 
     
     
  XA  
 

The NXP XA toolset from TASKING offers the most efficient and optimized development environment for the NXP® XA microprocessor family line. The NXP® XA Embedded Development Environment provides a complete platform for all of your workflow needs with industry-leading compiler and debugger technology.

  • Generate optimized and reliable code with an advanced compiler package.
  • Know exactly how your code will perform in real-life applications with powerful performance analysis simulations.
  • Support for NXP® XA in native mode operation.
  • ISO C++/EC++ compiler. Integrated 8051 Assembly to XA code translator.
  • Two XA debugger execution environments available: high-speed simulator debugger and retargetable ROM monitor debugger.
  • File System Simulation allows interaction between user code and host computer I/O services.
  • Integrated code/data coverage and performance analysis.
  • C and assembly level trace and stack tracing.
  • Bubble-Spy technology for quick and easy inspection of variable contents.
 
     
 
 
     
     
  68K/Coldfire  
 

The TASKING 68K/ColdFire toolset provides an advanced and flexible development environment for all your software engineering needs. The TASKING toolset harnesses the power of the mature Embedded Development Environment available for the Freescale 68K, 68328 Dragonball, CPU32, and ColdFire microprocessors.

  • Create the most reliable code with powerful analysis options including code profiling, code coverage and graphical data analysis.
  • Always stay on top of code requirements with full support for ANSI C and X3J16 C++ standards.
  • Support for C++ templates, dynamic casts, run-time identification and exception handling. Advanced assertions for hard to find errors.
  • Comprehensive debugging support for ROM monitors, simulators and BDM/JTAG.
  • Detailed performance analysis through code profiling, code coverage, and graphical data analysis.
  • RTOS aware debugging including support for OSEK.
 
     
 
 
     
     
  SLE88  
 

The SLE88 toolset from TASKING offers the most efficient and streamlined development environment for the 32-bit SLE88 ChipCard architecture from Infineon® Technologies. The Embedded Development Environment provides a complete platform for all of your workflow needs with industry-leading compiler and debugger technology

  • Generate the most optimized and reliable code with our highly-optimized C compiler package.
  • Easily output your compiled code in industry-standard formats including ELF and IEEE-695.
  • High-speed simulator debugger
  • Connectivity to Infineon® emulator.
  • Bubble-Spy technology for quick inspection of variable contents.
 
     
 
 
     
     
  DSP56K  
 

The TASKING DSP56xxx toolset enables you to produce the most efficient code for your advanced software applications with advanced compiler technology and a comprehensive debugger solution. This toolset comes fully integrated into our Embedded Development Environment, allowing you to take advantage of a unified software platform for your entire development process.

  • Generate the most efficient code possible with advanced C, C++ and EC++ compiler technology.
  • Save development time with the most flexible and complete development environment including a powerful assembler, linker and locator.
  • Fully compliant ANSI-C and ISO C++ compiler.
  • Complete compatibility with Freescale GNU compiler.
  • Cache handling pragmas, and built-in functions.
  • Storage Specifiers for X, Y L and P memory
  • Circular buffer data type and MAC instruction access for efficient filter loops.
  • Multiple DSP debugging.
  • On-chip debug (OCDS) support.
  • Powerful performance analysis options including: cycle counting, profiling, code coverage, and programmable DSP graphical data analysis.
 
     
 
 
     
     
  EMBEDDED DEBUGGER  
 

The TASKING EMBEDDED DEBUGGER is a real-time, source-level debugger that is fully integrated into the Eclipse environment. It is not only a cost-effective solution to verify software functionality, it is also a very effective solution for verifying software during mass production. The debugger uses low cost debug probes to connect to the physical targets and also supports software simulators.

BENEFITS

  • TASKING Embedded Debugger v1.0r1 supports binaries created using the TASKING TriCore VX Toolset v4.2r2 and higher.
  • TASKING Embedded Debugger comes with TASKING Eclipse plug-ins, but you can also install it into your existing 32-bit MARS release of Eclipse.
  • Support for DAS v6.0 and DAP mini-Wiggler.
 
     
 
 
     
     
  EMBEDDED PROFILER  
 

The TASKING EMBEDDED PROFILER is a non-intrusive Intelligent Performance Optimization tool enabling software developers to easily identify and implement code changes which improve performance on Infineon TriCore/AURIX hardware - without the need to have all the expert know-how of the hardware itself.
The tool features an intuitive graphical interface that uses information from the on-chip performance counters and symbolic information taken from the binary file to guide the user to performance bottlenecks. Expert-level knowledge about the TriCore/AURIX inner-workings has been built into the tool, which enables the TASKING Embedded Profiler to explain the root cause of a performance bottleneck and provide concrete mitigation suggestions to the user. Usability tests have shown that this Smart Profiling Technology™ dramatically increases the productivity and effectiveness of both novice and seasoned software developers

SUPPORTED DEVICES
 

The TASKING Embedded Profiler can be used in combination with TriCore/AURIX Emulation Devices and with Production Devices equipped with a mini-MCDS.

TASKING Embedded Profiler connects to the target via DAS v6.0 and DAP mini-Wiggler

 
     
 
 
     
     
  TASKING LAPACK PERFORMANCE LIBRARIES  
 

TASKING® provides an implementation of the LAPACK interface (including BLAS) [1] as a library for AURIX and AURIX 2nd Generation in the form of a highly optimized, highly tested binary library for usage with the TASKING TriCore Compiler (included in the TriCore VX Toolset) and other architectures.
If you develop and maintain portable, yet high performance applications for the TriCore and other architectures supporting LAPACK, you should have a closer look.
Using C/C++, MATLAB/Simulink and other high-level programming languages that reference the LAPACK libraries makes it easy to develop and maintain high performance applications. LAPACK is proven in use for many years in many computing projects which place a strong emphasis on exactness, reliability and performance.
Portability of applications with minimal impact on performance can be guaranteed by utilizing the LAPACK interface to perform the most time critical computations and leveraging the performance of highly optimized LAPACK implementations available on various platforms. An overview of the functionality of LAPACK is given in [3]. A summary of LAPACK and BLAS functions appears below.
 

BENEFITS

  • Directly supported by C/C++, MATLAB/Simulink, BASELABS and other model based packages.
  • Optimized for TriCore.
  • Bit-exact TriCore result simulation on PCs available from TASKING
  • Easily port your existing BLAS/LAPACK based applications from ARM/Intel to TriCore.
  • Functionality provided by LAPACK usually determines speed of overall application, speedup in LAPACK usually translates into direct speedup for the application.
  • Highly tested and proven in use.
  • Very small porting costs, highly cost-effective development (no manual optimization, which require hardware and numerics experts).