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This article shows how Advanced Driver Information Technology GmbH (ADIT) in Hildesheim used Lauterbach’s TRACE32, a non-intrusive hardware-based trace tool to overcome such a problem.

Benefit from our leading edge tools to debug Hexagon DSPs and HVX co-processors in Qualcomm Snapdragon Mobile, Snapdragon Automotive, Cloud AI and other chips.

Thanks to XCP Debugging, you can perform all your ECU development tasks without the need to switch tools or connect multiple tools at the same time.

Benefit from Lauterbach’s leading edge development tools and close partnership with CEVA® to analyze any design, from a stand-alone single- or multi-core device to a complex SoC.

Our Tool Qualification Support Kit minimizes your Debug- and Trace-Tool Qualification Efforts and Costs in Safety-related embedded Projects

Using our tools you can debug and control any ARC core - along with all of the other cores - in a chip via a single debug interface, all at the same time.

Smarter Products are a part of all our lives and we at Lauterbach support you in bringing your ideas to life – faster, reliable and successful.

Use our tools to analyze any design, from a stand-alone single- or multi-core DSP to a complex chip integrating Arm CPUs, C7000, PRU, ARP32 with C6x DSP cores.

Analyze Intel® SoC designs with both the x86 and other Instruction Sets, from a single core Intel® Quark™ to multicore Core™ or Xeon™ application processors.

Using our tools you can debug any RISC-V core - along with all of the other cores - in any chip via a single debug interface, all at the same time.