XDS110 Co-Debugger FAQs

Question 1

What specific debugging challenges does it help resolve?

Accepted Answer

The XDS110 Co-Debugger excels at diagnosing complex motor control issues, such as motor humming, overcurrent faults, and calibration failures, by providing AI-powered root cause analysis and direct memory access for fixes.

Question 2

What hardware is required to use the XDS110 Co-Debugger?

Accepted Answer

You will need a TI XDS110 Debug Probe (firmware 2.3.0.11+), a compatible TI microcontroller (e.g., TMS320F280039C), and the target embedded system, often a PMSM motor control setup.

Question 3

How does the Co-Debugger utilize LLMs for debugging?

Accepted Answer

LLMs leverage integrated domain expertise in motor control and a suite of MCP tools (e.g., `monitor_variables`, `write_memory`, `analyze_motor_state`) to interact directly with TI hardware via an OpenOCD proxy, diagnosing issues and providing actionable solutions.

Question 4

What is the XDS110 Co-Debugger?

Accepted Answer

It's an MCP (Model Context Protocol) server that enables Large Language Models (LLMs) to intelligently co-debug Texas Instruments (TI) embedded systems, offering real-time variable monitoring, memory manipulation, and AI-powered analysis capabilities.

Question 5

Can it be used alongside Code Composer Studio (CCS)?

Accepted Answer

Yes, its innovative OpenOCD multi-client proxy architecture allows for concurrent debugging sessions, meaning you can utilize the Co-Debugger with LLMs even while Code Composer Studio is connected to your target hardware.

XDS110 Co-Debugger

XDS110 Co-Debugger

주요 기능

사용 사례

주요 기능

사용 사례