UNI-T UPO2072HD | 70 MHz High-Resolution 2-Channel Digital Oscilloscope

Overview

The UNI-T UPO2072HD is a professional-grade 70 MHz digital oscilloscope that delivers 12-bit vertical resolution, dual-channel input, and advanced measurement capabilities typically found only in premium instruments. It's designed for embedded developers, educators, and power electronics engineers who need accurate signal analysis, full protocol decoding, and smooth operation in a compact format.

This model features a high-speed Ultra Phosphor 3.0 engine, enabling a waveform capture rate of up to 1,000,000 wfms/s, and is backed by deep memory of up to 100 Mpts per channel. With a vibrant 10.1-inch capacitive touchscreen and intuitive UI, it supports gesture controls, zone triggering, and advanced math/FFT analysis—ideal for demanding debug tasks.

Key Features

• 70 MHz Bandwidth, 2 Analog Channels
• 12-bit Vertical Resolution (4096 levels) with Enhanced Resolution (ERES) up to 16-bit
• 2.5 GSa/s Real-Time Sampling Rate
• Up to 100 Mpts Memory Depth Per Channel
• Waveform Capture Rate: 1,000,000 wfms/s (Sequence Mode)
• Ultra Phosphor 3.0 Engine for fast acquisition and glitch capture
• 10.1" Full HD Capacitive Touchscreen with Gesture Navigation
• Standard Serial Decode: UART, RS-232, RS-422, RS-485, I²C, SPI, CAN, CAN-FD, LIN, FlexRay, SENT, Audio
• 56 Auto Measurements including histogram, statistics, and trends
• Optional Power Analysis Toolkit: Ripple, Harmonics, SOA, Switching Loss
• Zone Triggering and Hardware-Accelerated Search
• 6-in-1 Instrument Integration: Oscilloscope, Spectrum Analyzer, Protocol Analyzer, Power Analyzer, DVM, Frequency Counter
• Connectivity: USB 3.0, LAN, HDMI, AUX Out, Web Control
• Upgradable to 100 MHz or 200 MHz Bandwidth

Explore the Capabilities

Ultra-Precise 12-bit Resolution

See what 12-bit really means—4× the resolution of standard scopes, and 16× the detail. Whether you're teaching signal integrity or troubleshooting analog circuits, the UPO2072HD's precision lets you capture the real behavior of your signals, not just the outline.

4096-level quantization enhances detail in low-level signals

56 Measurements – No Post-Processing Required

Get answers fast with 56 built-in measurements. Educators can demonstrate waveform behavior in real time, while engineers qualify signals with bar charts, histograms, and statistics—right on screen.

Measure and visualize waveform stats directly on screen

6 Instruments in One Compact Package

Oscilloscope, spectrum analyzer, protocol analyzer, DVM, frequency counter, and optional power analysis—all inside one interface. No need to switch equipment or context mid-project or lecture.

Replace multiple instruments and reduce clutter

Full Serial Protocol Decoding Included

Decode UART, RS-232, RS-422, RS-485, I²C, SPI, CAN, CAN-FD, LIN, FlexRay, SENT, and Audio right out of the box. No licenses. No delays. Ideal for classroom labs or development teams working across embedded and automotive domains.

Decode and correlate waveform data across protocols

100 Mpts Memory Depth

Capture long records and slow sweeps without sacrificing timing or detail. Deep memory means you can scroll through full packets or lengthy processes with full context—and full confidence.

Zoom deep into long signal sequences with clarity

Accelerated Mask Testing

Run high-speed signal validation with built-in pass/fail limit testing. Great for compliance testing in production or reliability analysis in lab environments where time matters.

Limit testing with fast, visual feedback and reports

Optional Power Analysis Suite

Engineers designing or verifying power electronics can activate the power toolkit to measure switching loss, SOA, harmonics, and efficiency—without buying a separate analyzer.

Analyze ripple, switching loss, and SOA in real time

Built-In Spectrum Analyzer

Switch to frequency domain at the push of a button. With 4M-point FFT and waterfall view, you can visualize EMI, harmonics, or clock jitter right alongside time-domain traces.

FFT with waterfall and multiple traces for rich frequency views

Ultra Phosphor 3.0 Acquisition Engine

See rare glitches and transient faults others miss. Capture rates up to 1,000,000 wfms/s give you the responsiveness you need for advanced debug—and clear demos.

High-speed rendering of fast or infrequent anomalies

Professional Applications

• Embedded Systems Debugging – Observe analog waveforms and decode digital protocols like I²C, SPI, and UART simultaneously. With high resolution and deep memory, you can capture boot sequences, rare events, or logic interactions with clarity that speeds up development.
• Power Supply and Converter Validation – Evaluate switching behavior, measure ripple, and verify safe operating areas using optional power analysis tools. This is especially valuable for labs focused on energy efficiency, motor control, or classroom SMPS demonstration.
• Automotive and Mechatronic Bus Analysis – Built-in decoding of CAN, CAN-FD, LIN, FlexRay, and SENT lets engineers and educators demonstrate and verify vehicle communication systems without external modules or paid upgrades.
• STEM and Engineering Education – Ideal for teaching labs, the intuitive touchscreen, built-in measurements, and protocol analysis provide students with the same tools professionals use—without overwhelming complexity or budget strain.

Technical Specifications

Compare Models in the UPO2000HD Series

Frequently Asked Questions

Does it include serial protocol decoding?

Yes. All major protocols—UART, RS-232, RS-422, RS-485, I²C, SPI, CAN, CAN-FD, LIN, FlexRay, SENT, and Audio—are included at no extra cost. Great for teaching and troubleshooting without budget surprises.

Can I analyze switching behavior for power supplies?

Yes. Add the optional power analysis toolkit and you'll unlock professional-grade metrics for switching loss, ripple, SOA, and efficiency—without needing a separate instrument.

Is the touchscreen responsive enough for daily lab use?

Absolutely. The 10.1" capacitive screen supports pinch, zoom, drag, and multi-window layouts—making operation fluid for both instructors and engineers on tight project timelines.

How does the UPO2072HD compare to 8-bit scopes?

It's 16× more detailed. The 12-bit ADC architecture offers vastly improved accuracy for low-voltage signals, analog waveforms, and precision analysis that 8-bit scopes often miss.

Can I upgrade the bandwidth later if my needs change?

Yes. The UPO2072HD can be upgraded to 100 MHz with the UPO2000HD-BW7T1M option or to 200 MHz with the UPO2000HD-BW7T2M option. These are software unlocks that don't require returning the instrument.

Is this suitable for a university lab or student use?

Yes. It's user-friendly, durable, and packed with advanced tools that make it a strong long-term investment for academic and research environments alike.

Package Contents

• UNI-T UPO2072HD Oscilloscope
• 2 × Passive Probes (UT-P04, 100 MHz, 10:1)
• Power Cable
• USB Cable (UT-D30)
• Calibration Certificate
• Quick Start Guide

Warranty and Support

Backed by a standard 3-year warranty, the UPO2072HD includes full access to technical support via phone, email, or web. Register your UPO2000HD for a free, 2-year warranty extension.

Call to Action

Whether you're building a lab, teaching tomorrow's engineers, or solving real-world debug problems today—the UPO2072HD brings professional-grade capability within reach. Ready to modernize your bench or classroom?

Order now or schedule a demo to see how high-resolution visibility can elevate your work.