Video Tutorial on using several Lauterbach products are available on official YouTube channel of Lauterbach.
Lauterbach GMBH Banner

Intel® Processor Trace

  • Parallel trace port with up to 200 MBit/s per pin
  • Configurable trace port width (4-, 8-, 12- or 16-bit)
  • Standardized MIPI60 connector to target
  • Includes AutoFocus Self Calibration technology
  • Multicore tracing
  • Up to 8 GByte trace memory
  • Standard trace filters and triggers
  • Comprehensive profiling
  • Trace-based code coverage

RISC-V Trace

RISC-V Trace

Solutions

Proprietary SiFive Nexus Trace Solution for RISC-V

  • SiFive cores only
  • Based on Nexus message protocol
  • Instruction trace
  • Trace protocol may include timestamps
  • Multicore tracing
  • Support for pure SiFive trace infrastructure or SiFive trace IP integrated into an Arm CoreSight trace infrastructure

Tessent Embedded Analytics Trace Solution for RISC-V

  • Compliant to Efficient Trace for RISC-V Version 1
  • Instruction trace
  • Data trace, if supported by the implemented trace IP
  • Timestamps, if supported by the implemented trace IP
  • Multicore tracing
  • Trace filters allow to reduce the generation of trace messages
  • Support for Tessent Embedded Analytics only trace infrastructure and Tessent Embedded Analytics trace IP integrated into an Arm CoreSight trace infrastructure
Tessent Embedded Analytics Trace Solution for RISC-V

System Trace

System Trace
  • Support of onchip-tracing (Embedded Trace Buffer), no additional trace hardware required
  • CombiProbe and PowerTrace II / III to be used for trace data directed to external trace port
  • High-level decoding of hard- and software instrumentation messages

System traces refer to trace modules which output data in compliance with the MIPI System Trace Protocol version 1 (STPv1) or version 2 (STPv2). It is used to transport hardware or software instrumentation messages.

Currently Lauterbach supports two implementations of system trace modules: The System Trace MacroCell as CoreSight component by ARM and the System Trace Module by Texas Instruments.

TriCore AGBT with Serial Preprocessor

  • Robust trace recording using Aurora
  • Up to 6.25 GBit/s per lane
  • Up to 4 lanes
  • Up to 8 GByte trace memory
  • Streaming to host storage
  • Delay counter
  • Fast search and download
  • Code Coverage
  • Performance Analysis
TriCore AGBT with Serial Preprocessor

The AGBT high-speed serial trace supports core- and bus trace for TriCore AURIX devices. The trace can be used for error diagnosis in real-time critical environments as well as for performance and code coverage analysis.

Tracing of TriCore and GTM is supported.