TRACE32

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Extensions and Configuration

Supported Processor Lines

TRACE32

Highlights

	Support for over 80 microprocessor architectures, e.g. ARM, Cortex, Power Architecture, Intel x86/x64, etc.
	Universal debug module, connect to target via architecture-dependent debug cables
	Universal debug module, connect to target via CombiProbe for debugging and 4-bit System Trace
	USB3.0 interface to all hosts
	PODBUS interface to Logic Analyzer modules, e.g. PowerProbe, PowerIntegrator
	Trigger connector to send and receive trigger pulses

Support

Technical Support

Extensions and Configuration

Thanks to the modularity concept of Lauterbach, the tools are designed around base modules which are universal and architecture-independent. PowerDebug USB 3 as a debug module will then be connected to the target via architecture-specific debug cables or CombiProbe, which support over 80 microprocessor architectures in use in the embedded-market. CombiProbe is used mainly for Intel^® x86 architecture. PowerDebug USB 3 is a standalone module without trace extension, if trace is required or faster upload and download speed is preferred, please visit PowerDebug PRO.

The following picture shows the extensions of PowerDebug USB 3 and configuration examples.

Configuration of PowerDebug USB 3

Supported Processor Lines

To have an overview of the debug features and specialities of a certain microprocessor architecture, please select from the list:

78K0R/RL78 JTAG Debugger AndesCore Debugger APEX Debugger APS Debugger ARC Debugger ARM Debugger ARM11 JTAG Debugger ARM7 JTAG Debugger ARM9 JTAG Debugger ARP32 Debugger AVR32 Debugger AVR8 Debugger Beyond Debugger Blackfin Debugger C166CBC Debugger C2000 JTAG Debugger C5500 Debugger C6000 Debugger C7000 Debugger CEVA Oak/TeakLite Debugger CEVA-X Debugger ColdFire BDM Debugger Cortex-A ARMv7 Debugger Cortex-A/-R Armv8 Debugger Cortex-M (ARMv6/7/8 32-bit) Debugger Cortex-R ARMv7 JTAG Debugger CPU32 Debugger DSP56800 and DSP56800E Debugger DSP56K Debugger dsPIC Debugger eSi-RISC Core Debugger eTPU Debugger GTM Debugger (TriCore) H8S/H8SX Debugger Hexagon Debugger JANUS Debugger JTAG Debugger for S-GOLD M-Core Debugger M32R Debugger M8051EW Debugger Mico32 Debugger MicroBlaze Debugger MIPS32/MIPS64 Debugger MMDSP Debugger MPC5200 Debugger MPC5xx/8xx Debugger MPC5xxx and SPC5xx Debugger MPC74XX Debugger MPC86XX Debugger MSP430 Debugger NIOS II Debugger ONCE Debugger for DSP56300 PCP Debugger (TriCore) PowerQUICC II/Pro Debugger PowerQUICC III Debugger PPC400 Debugger PPC440 Debugger PPC600/750 Debugger QorIQ PowerPC 32/64 Bit Debugger R8051XC Debugger RH850 Debugger RISC-V Debugger RX-Family Debugger S08 Debugger S12 Debugger SDMA Debugger SH Debugger StarCore Debugger STM8 Debugger STRED Debugger Teak/TeakLite Debugger TeakLite-III Debugger TRACE32 for Intel® Processors TriCore Debugger V850 Debugger VR Debugger XC2000/C166SV2 Debugger XC800 Debugger XScale Debugger Xtensa Debugger ZSP Debugger

Extensions

Medium-speed Logic Analyzer (PowerProbe)

Timing Analyzer up to 400 MHz
State Analyzer up to 100 MHz
64 Input Channels
Transient Recording
Time Correlation with RISC Trace
Clock Qualifier for State Clock
Mixed State and Timing Mode
4 State Clock Inputs
Optional FPGA Onchip Trace
Optional Pattern Generator
Protocol Support for CAN, USB, etc.

High-speed Logic Analyzer (PowerIntegrator)

Timing Analyzer with 500 MHz on all Channels
State Analyzer up to 200 MHz DDR
204 Input Channels
Transient Recording
Time Correlation with other Tracetools
Clock Qualifier for State Clock
Mixed State and Timing Mode
4 Clock Inputs
MICTOR and Standard Probes (single ended)
MICTOR differential Probes
Analog Voltage and Current Probe
3G/DigRF Protocol Support

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Last generated/modified: 05-Jan-2021