First I3C BasicSM Protocol Analyzer Plugin for Saleae Logic

What is the I3C BasicSM Protocol Analyzer?

Binho is proud to introduce the first I3C BasicSM Protocol Analyzer for firmware development and embedded systems testing. Leave that stack of silicon-validation equipment in the lab, speed up development, and save a pile of money all at the same time.

Key Features

  • Supports the latest I3C BasicSM Specification (v1.1.1)
  • Support for 12.5MHz Single Data Rate (SDR) Mode
  • Direct & Broadcast CCC Command Decoding
  • Support for In-Band Interrupts and Hotjoin Requests
  • Support for Private Read & Private Write
  • Byte-Level and Transaction-Level Decoding
  • Real-Time Decoding & HLA Support
  • Support for Automated I3C Testing

Software Compatibility

  • Works with Logic 1.x (version Logic 1.2.29 and up)
  • Works with Logic 2.x (version Logic 2.3.43 and up)
  • Cross-Platform Support (Windows, Mac, & Ubuntu)

Hardware Compatibility

  • Saleae Logic Pro 8 and Logic Pro 16
  • Saleae Logic 8 (I3C Bus Voltage cannot be less than 1.8V)

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Frequently Asked Questions

1 What is the I3C BasicSM Protocol Analyzer Plugin for Saleae Logic?

This plugin is the first I3C BasicSM Protocol Analyzer specifically designed for firmware development and embedded systems testing. It helps accelerate development and reduce costs by providing advanced analysis capabilities for the I3C protocol.

2 What key features does the I3C BasicSM Protocol Analyzer offer?

It supports the latest I3C BasicSM Specification (v1.1.1), including 12.5MHz Single Data Rate (SDR) Mode, Direct & Broadcast CCC Command Decoding, In-Band Interrupts, Hotjoin Requests, and Private Read & Write. It also provides both Byte-Level and Transaction-Level Decoding, along with real-time decoding and HLA support.

3 What software and hardware are compatible with this I3C Protocol Analyzer?

The plugin is compatible with Saleae Logic 1.x (v1.2.29+) and Logic 2.x (v2.3.43+) across Windows, Mac, and Ubuntu platforms. For hardware, it works with Saleae Logic Pro 8, Logic Pro 16, and Saleae Logic 8 (provided the I3C Bus Voltage is not less than 1.8V).

4 How does this analyzer benefit embedded systems development and testing?

It allows developers to streamline the testing process, potentially replacing traditional silicon-validation equipment. By offering real-time decoding, support for automated I3C testing, and detailed protocol analysis, it significantly speeds up development cycles and helps save costs in embedded systems projects.

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