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Altium Introduces New TASKING VX-toolset for ARM Technology
Altium Limited (ASX: ALU), leading developer of Windows-based electronics design software, announced the release of a new TASKING VX-toolset for ARM which provides support for a wide range of ARM® processors, such as the ARM7™, ARM9™ and ARM9E™ processor families.
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Altium unveils next-gen compiler system
Windows-based EDA tool provider Altium Ltd. unveiled a new complier system billed as the company's next-generation unified hardware/software compiler technology. According to Altium, the new compiler system is built on the company's Viper ANSI/ISO C-compiler platform and can simultaneously generate both highly-optimized executable code and concurrent hardware for implementation in FPGAs from standard C code. The system generates the target executable code, FPGA hardware implementations and all of the required code to link the two together at run-time, Altium said.
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New Unified Hardware/Software Compiler Technology for Altium Designer Breaks Down Design Barriers
Altium, leading developer of Windows-based electronics design software, announced that it will unveil its next-generation unified hardware/software compiler technology at the ESC. Built on Altium's high-performance Viper ANSI/ISO C-compiler platform, the new compiler system can simultaneously generate both highly-optimized executable code and concurrent hardware for implementation in FPGAs from standard C code. As well as the target executable code and FPGA hardware implementations, the system also generates all of the required code to link the two together at run-time.
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Altium Designer 6.3 Smoothes Migration to 'Next-Generation' Electronics Product Development Platform
Altium, leading developer of Windows-based electronics design software, announced the release of Altium Designer 6.3. This latest release of the industry's only unified electronic product development solution delivers a number of new features targeted at accelerating the design process, and includes upgraded translation capabilities for accurate, efficient and cost-effective migration to Altium Designer from other systems such as OrCAD® and PADS®. This ensures all engineers can take full advantage of the latest electronics technology, such as high-capacity programmable devices, and the new design possibilities that a unified development environment enables.
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Altium Releases TASKING VX-toolset for Altera's Nios II Embedded Processors
Altium Limited (ASX: ALU) announced the release of a new TASKING VX-toolset for Altera® Corporation's Nios® II family of embedded processors. Altium's TASKING VX-toolset for the Nios II embedded processor operates seamlessly within the Nios II Integrated Development Environment (IDE) and acts as a 'drop in' replacement to Altera's standard GNU C compiler (GCC) to deliver significantly enhanced code optimization options for developers and produce faster and smaller applications.
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Altium - Embedded processor technology set to boost Altera based system performance
The release of a new TASKING VX-toolset for Altera Corporation's Nios II family of embedded processors has been announced, by Altium. Altium's TASKING VX-toolset for the Nios II embedded processor operates seamlessly within the Nios II Integrated Development Environment (IDE) and acts as a 'drop in' replacement to Altera's standard GNU C compiler (GCC) to deliver significantly enhanced code optimization options for developers and produce faster and smaller applications, says the company.
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The MathWorks Introduces Link for TASKING
The MathWorks announced Link for TASKING®, a new product that builds, validates, and verifies automatically generated code using MATLAB® and Simulink® with TASKING, Altium’s compiler toolchain for embedded software development. Tightly integrated with MathWorks products for Model-Based Design, Link for TASKING enables engineers to generate algorithm code, libraries, makefiles, and test harnesses from a Simulink model and automatically load them into the TASKING Integrated Development Environment (IDE) for execution and analysis. This improved workflow minimizes the need for hand coding, which in turn decreases errors and shortens the time typically needed for on-target rapid prototyping and production code deployment, two factors that are critical to successful delivery of sophisticated electronic products in the automotive industry.
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