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UNI-T UPO6034LP – 350 MHz, 4-Channel, 12-bit Rack-Mount Oscilloscope

SKU: UPO6034LP
In Stock (1 available) Delivery 2-6 days MOQ 1 piece Technical datasheet (PDF)

The UPO6034LP is a lab-grade 12-bit rack-mount oscilloscope designed for embedded system testing and automated environments. With 350 MHz bandwidth and 4 channels, it delivers precise signal analysis in compact ATE racks and professional debugging setups.

Feature a compact 1U rack‑mount design, optimized for high‑density system integration and multi‑instrument synchronization.

  • Ultra Scalable Architecture:
  • Supports up to 64 units synchronized, delivering 512 channels (64 × 8 CH) for large scale, high channel count applications.
  • High Speed Optical Interface (Optional):
  • Optional 10 Gbps optical fiber interface ensures reliable, high bandwidth data transmission over long distances.
  • Flexible Variable Sampling Rate Transmission:
  • Supports variable sampling rate data streaming, enabling efficient acquisition tailored to different test scenarios.
  • Comes with calibration and data acquisition software, simplifying system setup, synchronization, and measurement workflow.

 

  • Bandwidhth: 350 MHz Oscilloscope
  • Channels: 4 Channel Oscilloscope
  • Resolution: 12-bit Oscilloscope
  • Real Time Sampling: 5GSa/s
  • Memory Depth: 500Mpts
  • Waveform Capture Rate: 1.000,000wfms/s
Product information

Everything you need to know

Technical Specifications

Bandwidth: 350 MHz
Channels: 4 Analog Channels
Resolution: 12-bit
Sample Rate: Up to 5 GSa/s
Memory Depth: Up to 500 Mpts
Waveform Capture Rate: High-speed acquisition
Form Factor: 1U Rack-Mount
Connectivity: LAN, USB
Remote Access: WebServer + SCPI
Synchronization: Multi-unit sync supported
Built-in Functions: FFT, Protocol Decode, Power Analysis

Warranty
3 Years

Application

Debugging embedded circuits and systems
Measuring and analyzing electronic signals
Monitoring multi-channel waveforms
Analyzing signal integrity and timing
Capturing long-duration waveform events
Automating testing processes via remote control