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Our Instruction Set Simulator is the perfect complement to our debug tools. It provides the same look and feel as a real debugger connected to a real target.

In this course you will learn advanced features for test automation with the script language PRACTICE. The TRACE32® solution for trace-based code coverage and the TQSK tool qualification kit will complete the training program.

Our debug and trace tools support both SMP systems (Symmetric Multiprocessing) and AMP systems (Asymmetric Multiprocessing).

Most cores for the embedded market provide access to on-chip debug features via a debug port. TRACE32 tools connect to this to control the core, access the data being processed by the core and provide developers with debugging over the embedded device.

We collaborate with the industry’s leading semiconductor manufacturers, development tool vendors, compiler, OS, and hypervisor vendors, to provide you leading-edge products and a more powerful toolchain – a total of more than 100 partners.

From very low-power single-core chips up to high-performance multicore chips, your RH850 application can be improved using our Debug and Trace Tools.

In this section you will find our debug solutions for simulators, emulators, virtual targets, instruction set simulators as well as XCP- and USB debugging.

µTrace® is a cost-effective, but powerful, all-in-one debug and trace solution for Arm® Cortex-M microcontrollers and for debugging 32-bit RISC V cores.

TriCore has become the de-facto processor for modern automotive systems. We offer a number of debug and trace solutions for all TriCore devices.

PowerTrace supports you in bringing your embedded designs to market faster and more reliably than ever, while creating a safer and more stable product.