Logic Analyzer FAQs

Question 1

What is the LLM-driven interactive debugging feature?

Accepted Answer

Logic Analyzer can integrate as an MCP (Multi-Modal Code Prompting) server. This enables Large Language Models (LLMs) to interactively control the logic analyzer, providing an advanced way to trace and debug complex firmware issues.

Question 2

How does Logic Analyzer assist with CI/CD hardware verification?

Accepted Answer

Logic Analyzer includes an 'assert' command that allows you to define customizable conditions for signal correctness. This enables automated validation of digital signals in your CI/CD pipelines, ensuring hardware functions as expected.

Question 3

Can I use Logic Analyzer without physical hardware?

Accepted Answer

Yes, you can. It supports 'mock' and 'replay' devices, allowing you to test, decode, and analyze signals from simulated inputs or pre-recorded capture files without the need for a physical logic analyzer device.

Question 4

What is Logic Analyzer primarily used for?

Accepted Answer

Logic Analyzer is a versatile tool designed for capturing, decoding, and analyzing digital signals. Its main applications include firmware debugging, reverse engineering, and automating hardware verification within CI/CD pipelines.

Question 5

Which communication protocols can Logic Analyzer decode?

Accepted Answer

It natively supports UART, SPI, and I2C protocols. Additionally, it can decode over 100 more protocols using libsigrokdecode and allows users to create custom decoders with JavaScript.

Logic Analyzer

Logic Analyzer

主要功能

使用案例

主要功能

使用案例