SLogic Combo 8 Multi-function Development Tool

SLogic Combo 8 is a compact multi‑function development instrument that combines a logic analyzer, CKLink debugger, DAP‑Link debugger, and USB‑to‑UART communication interface in a single portable tool. This integrated debugging and signal‑analysis platform enables rapid switching between functions through onboard buttons, reducing the need for multiple standalone devices during hardware development. Supporting up to 8 channels with a maximum sampling rate of 80 MHz, the embedded analysis engine can decode more than 130 communication protocols. Such versatility makes this embedded debugging toolkit suitable for signal inspection, firmware development, serial communication diagnostics, and system‑level troubleshooting across a wide range of electronic projects.

Integrated 4‑in‑1 Development and Debugging Platform

Four essential development utilities are consolidated into a single hardware tool: logic analyzer, CKLink debugger, DAP‑Link debugger, and high‑speed USB‑to‑UART interface. This multifunction debugging device reduces workstation clutter while improving workflow efficiency for firmware engineers and embedded system developers. A hardware button enables quick functional switching, allowing rapid transitions between signal capture, chip debugging, and serial communication monitoring. Such integration is particularly valuable in prototyping labs and electronics development environments where multiple diagnostic tools are frequently required.

Figure: 4-in-1 debugger functions

High‑Speed Logic Analysis with Multi‑Channel Capture

This digital signal analysis instrument supports up to eight channels with a maximum sampling frequency of 80 MHz, enabling accurate capture of high‑speed digital signals. The streaming sampling mode ensures stable long‑duration monitoring while maintaining high transmission bandwidth. Typical configurations include 80 MHz sampling on four channels or 40 MHz sampling on eight channels, balancing resolution and channel count for different debugging scenarios. Such capability allows reliable inspection of timing relationships, bus activity, and communication signals in embedded systems.

Figure: Key functional capabilities overview

Wide Protocol Decoding Support

The embedded analysis software environment supports decoding of more than 130 digital communication protocols, transforming raw signal captures into readable data streams for faster debugging. This protocol‑analysis capability greatly simplifies troubleshooting of common interfaces used in embedded electronics. Developers can inspect communication frames, timing sequences, and data transactions directly within the host analysis software, making the tool suitable for firmware validation, bus debugging, and hardware verification tasks in professional development workflows.

Figure: Support for analysis of over 130 communication protocols

Multi‑Port High‑Speed UART Communication

Beyond signal analysis and chip debugging, this embedded diagnostic device also functions as a high‑performance USB‑to‑UART converter. Up to four serial ports can operate simultaneously, with maximum baud rates reaching 20 Mbps for high‑speed communication tasks. Such capability enables reliable firmware logging, serial data monitoring, and rapid device interaction during development. When operating in CKLink or DAP‑Link modes, an additional serial channel remains available for debugging output, allowing developers to observe runtime logs while programming or debugging target chips.

Figure: Function annotation diagram

Figure: Panel interface overview

This multifunction logic analysis and debugging platform supports a wide range of development scenarios including digital protocol inspection, serial communication diagnostics, chip programming, and embedded firmware debugging. The compact diagnostic instrument is well suited for electronics laboratories, engineering education environments, research teams, and hardware prototyping workflows where flexible debugging capability and reliable signal analysis are essential.