USB Logic Analyzer 24MHz 8-Channel Debug Tool

– High-Speed 24M/s Signal Analyzer for ARM, FPGA | Saleae-Compatible

Product Overview

The USB Logic Analyzer 24MHz 8-Channel Debug Tool is a compact, high-speed data acquisition device designed for engineers, embedded developers, and hardware enthusiasts. With 24 million samples per second (24M/s) and 8 simultaneous input channels, this tool allows you to capture, decode, and analyze complex digital signals with ease and accuracy.

Fully compatible with Saleae Logic software, this analyzer provides advanced protocol decoding, timing analysis, and visualization, making it an essential tool for debugging and reverse engineering of embedded systems, microcontrollers, FPGAs, and communication buses.

Whether you’re troubleshooting I2C, SPI, UART, CAN, or other digital protocols, this analyzer turns your laptop or PC into a powerful digital oscilloscope and protocol decoder — all through a simple USB interface.

Key Features & Benefits

High-Speed Sampling (24M/s)

• Captures digital signals at up to 24 million samples per second, ensuring precise timing resolution for even the most complex waveforms.

8-Channel Signal Capture

• Simultaneously monitor up to 8 independent digital lines, perfect for multi-signal debugging like SPI + I2C + GPIO at once.

Saleae Logic Software Compatibility

• Works seamlessly with Saleae Logic 1.x software, unlocking features like:

  • Protocol decoding (I2C, SPI, UART, 1-Wire, CAN, etc.)

  • Data visualization with timestamp precision

  • Custom analyzer plugin support

Wide Protocol Support

• Supports real-time capture and decoding of popular embedded protocols:

  • I2C

  • SPI

  • UART / Serial

  • CAN

  • 1-Wire

  • LIN, and more

Compact USB-Powered Design

• No external power supply required

• Plug-and-play USB interface for Windows, Linux, and macOS

• Lightweight and portable — ideal for field engineers, students, or lab use

Versatile Development Tool

• Ideal for working with:

  • ARM Cortex-M MCUs

  • FPGA boards (Xilinx, Altera, etc.)

  • AVR / PIC / STM32 Microcontrollers

  • IoT projects and embedded prototypes

Technical Specifications

Ideal For:

• ?‍? Embedded Systems Engineers – Debug real-time signal data from MCUs or FPGAs

• ? Students & Educators – Learn about digital electronics and protocol timing

• ?️ Makers & Hobbyists – Reverse engineer devices, decode IR remotes, or debug sensors

• ? Repair & Diagnostics Professionals – Analyze malfunctioning digital circuits