iSYSTEM, a supplier of software tools for embedded software development and testing, has been acquired by TASKING.
The inclusion of iSYSTEM expands TASKING's capabilities as a one-stop shop for embedded software development tools and services, with a particular focus on the automotive safety industry and its associated
applications and strengthens its ecosystem of safety and security-oriented software.
The iC7mini BlueBox is a cutting-edge platform for flashing, debugging, and testing a diverse range of embedded microcontroller architectures. It comes with multi-core capabilities and a winIDEA SDK that supports all major programming languages. It also includes testIDEA unit testing and the daqIDEA data collecting and visualization tool.
With iC7mini BlueBox, you may create affordable Continuous Integration (CI) configurations that promote an atmosphere where CI procedures quicken through smooth cooperation between several sites. Designed to fit seamlessly into CI test racks, the iC7mini’s small size guarantees a good fit. Furthermore, its passive cooling technology ensures a more peaceful workplace while maintaining functioning.
An advanced platform for effectively flashing, debugging, tracing, and testing embedded systems is the iC7pro BlueBox.
Deep understanding and control of the SoC are offered from the very first power-on reset through a low-level debug connection.
The iC7max BlueBox is a cutting-edge platform made for testing, tracing, synchronous debugging, and effective flashing of embedded multi-SoC systems.
Using ADIO and CAN/LIN Add-on modules, it provides accurate control and analysis of Analog and digital signals in addition to network surveillance and in-depth knowledge of the SoC.
These adapters, which come with the required debug & trace connector and unique "emulation" silicon, fit straight onto your target board where your selected microcontroller is located.
The whole program and data trace capabilities of the device are not available on production silicon with some of the more sophisticated 32-bit microcontrollers and SoCs. Instead, specific 'emulation devices' are offered by semiconductor suppliers. These provide the interface to the trace interface because they usually have more pins than the production device.
An IDE for debugging, testing, and analyzing embedded systems is winIDEA, which can be used in combination with a hardware debugger or a virtual ECU simulator.
With support for a large variety of MCUs bundled in a single license, winIDEA stands out as a comprehensive platform for embedded development engineers.
You can utilize the winIDEA IDE for your development project, but you can also use its robust debugging features in a variety of other IDEs by using compatible extensions or plugins. This enables you to utilize winIDEA's sophisticated capabilities while working in the development environment of your choice. The IDEs listed below are supported:
Virtual ECUs are sophisticated simulators that enable you to begin early product prototyping and speed up software development, usually prior to the availability of actual ECU hardware or even the SoC.
WinIDEA shares the same feature set as BlueBox Hardware Debuggers and establishes a connection with the virtual ECU through debug protocols.
The same interfaces are offered by the winIDEA SDK; an automation script for Continuous Integration can be used on both the virtual and real ECUs without requiring any modifications.
