Lauterbach LA-7690/LA-7765/LA-7742X/LA-7746X/LA-7843X/LA-7830A/LA-7991

The Lauterbach LA-7690/LA-7765/LA-7742X/LA-7746X/LA-7843X/LA-7830A/LA-7991 series provides debug and trace modules for embedded systems development across the product lifecycle—from pre-silicon through in-field analysis. These instruments deliver deep visibility into system behavior and enable efficient hardware/software integration using TRACE32® tools, the industry standard for embedded debugging and analysis.

– Technical Specifications

• Real-time trace capture of program execution flow and data without halting the target system
• Multi-core debugging with synchronized control and visibility across processor cores
• OS and RTOS awareness including task states, queues, and semaphores
• Instruction Set Simulation (ISS) for code development and testing without physical hardware
• Hardware breakpoints and trigger mechanisms for precise execution control
• Flash programming for internal and external memory on microcontrollers
• Symbolic debugging supporting high-level language constructs, assembler, and C++ name mangling
• Code coverage analysis with minimal intrusion for safety-critical qualification
• Virtual analyzer for monitoring data changes in target memory during runtime

– Key Features

• Support for over 14,500 different chips and 150+ microarchitectures
• ARM processor support: ARM7, ARM9, ARM10, ARM11, ARM Cortex-A, Cortex-R (Armv7, 32-bit), Cortex-M, and XScale
• DSP support: TMS320C54x, C55x, C6200, C6400 families
• Additional architecture support: RISC-V, MIPS32, SPARC-V8, StarCore, ARC, UBI32, Hexagon Core, C2000 DSP, and PowerPC
• JTAG, Background Debug Mode (BDM), and In-Circuit Debugger (ICD) interfaces

– Typical Applications

Real-time embedded systems development, multi-processor SoC debugging, RTOS-based applications, safety-critical firmware qualification, and DSP algorithm development.

– Compatibility & Integration

The TRACE32® platform interfaces via standard debugging protocols and maintains consistent debugger interfaces across instruction set simulators and physical hardware targets.