UNI-T introduces the UPO6000LP Series high-resolution oscilloscopes, a compact 1U rackmount oscilloscope platform designed for integration into high-density systems, multi-instrument synchronization, and advanced signal analysis. Engineered for scalable automated test systems, the UPO6000LP Series is ideal for use in R&D labs, production lines, validation platforms, and industrial test environments.

Key Features
- 1U rack-mount design for high-density integration.
Available in half-rack and full-rack configurations to maximize rack space efficiency in high-density test systems.

- High 12-bit resolution for improved signal visibility.
Enhanced resolution mode supports up to 16-bit resolution, enabling better visibility of small signal variations and fine waveform details.

  • Memory depth up to 500 Mpts with fast waveform capture. The UPO6000LP supports long-duration waveform acquisition while maintaining high timing resolution for detailed signal analysis. Waveform capture speed up to 1,000,000 wfms/s in sequence mode
    - Ready for remote control and automation.
    Supports LAN, USB, HDMI, SCPI remote commands, and an integrated web server for remote operation, automated test development, and seamless system-level integration.
    Flexible near-end/far-end platform
    - 4/8 analog channels with scalable synchronization.
    Available in 4- and 8-channel models, with an external trigger input and optional Gen output on the 4-channel models, enabling synchronized testing on complex multi-signal systems.
    High-Density Synchronous Acquisition System
    - Integrated Power Analysis and Three-Phase Power Analysis.
    Supports synchronized voltage and current measurements for power integrity, motor drive testing, and power supply validation.
    Three-Phase Power Analysis Solution.
    From multi-channel validation platforms to automated test racks and advanced signal analysis, the UNI-T UPO6000LP series is designed to support high-density testing in a compact 1U rackmount form factor, with flexible synchronization and advanced analysis capabilities.

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