Simultaneous 8‑channel capture: Acquire data from all 8 channels at once to monitor multiple signals in parallel. Ideal when you need to observe several lines (for example UART) without missing cross-channel interactions, which speeds up root‑cause identification and reduces repeated test cycles. High per‑channel sampling speed: Each channel can reach a maximum sampling rate of 24 m/s, delivering precise timing resolution for reliable measurements and accurate analysis of fast digital transitions. Large sample capacity for professional use: Built to handle extensive sampling tasks, this analyzer supports long or deep captures required by complex projects and intermittent fault hunting. Built‑in overvoltage protection: Integrated surge protection helps safeguard the analyzer and the measured circuitry during use, improving safety and reliability in the lab or field. Simple function and broad signal compatibility: Designed to capture standard digital signals (for example UART and similar asynchronous/logic lines), making it useful across embedded development, debugging, and validation tasks. Use scenarios: 1) Firmware debug: Capture and compare multiple UART streams and control signals simultaneously while stepping through code to quickly locate timing errors or protocol mismatches. 2) Embedded system validation: Monitor several sensor outputs and bus lines at once during integration to verify data flow, timing, and interaction between subsystems. 3) Intermittent fault analysis: Record long or deep captures to catch rare glitches or sporadic noise on digital lines in industrial or prototype hardware. What it delivers: Faster debugging by observing multiple channels concurrently Accurate timing data with high per‑channel sampling rate Robust operation for professional workflows thanks to large sample capacity and overvoltage protection If you need a reliable multi‑channel logic analyzer for parallel signal monitoring, precise timing capture, and safer measurement sessions, this device provides the core functions and protection required for demanding development and troubleshooting tasks.