MSO3000X-BW3M5T5M

Bundle Up and Save!

Now through 09/30/25 save up to 30% on UNI-T MSO/UPO3000 or MSO/UPO2000 series oscilloscopes with Free Software bundles.
Learn More Here

UNI-T MSO3000X Options Series

MSO3000X-BW3M5T5M – Bandwidth Upgrade (350 MHz → 500 MHz)

⚡ Expand Your Measurement Window. Unlock 500 MHz of Insight.

The MSO3000X-BW3M5T5M upgrade allows you to increase the analog bandwidth of your UNI-T MSO3000X Series oscilloscope from 350 MHz to 500 MHz, unlocking faster edge capture, clearer high-frequency detail, and better measurement fidelity. Whether you're debugging RF systems, validating fast digital buses, or analyzing power converters with high-speed switching, this upgrade gives your scope the extra range and resolution it needs—without the cost of a new instrument.

🔒 This is a software unlock—no hardware modifications required.
🎯 Applies only to MSO3000X models originally configured at 350 MHz.

🔍 Why Upgrade to 500 MHz?

Benefit	What It Enables
Faster Rise Time Capture	Accurately measure transitions with rise times under 800 ps. 📌 Ideal for high-speed digital debugging.
Expanded Frequency Range	Analyze signal components up to 500 MHz. 📌 Capture harmonic content, overshoot, and EMI.
Improved Signal Fidelity	Reduce bandwidth-induced waveform distortion. 📌 See your real signal, not just the filtered shape.
Broader Application Coverage	Handle RF, serial buses, and fast analog transitions. 📌 Supports mixed-signal, power, and communications work.

🧠 Real-World Use Cases

✅ High-Speed Digital Validation

Capture clock edges and data transitions in systems running 250–400 MHz with sub-nanosecond timing.

✅ Switching Power Supply Analysis

Visualize gate drive overshoot, diode reverse recovery, and switching transients in high-efficiency converters.

✅ RF and EMI Debugging

Observe unwanted high-frequency components that could cause radiated emissions failures.

✅ Analog and Mixed-Signal Circuit Testing

Measure bandwidth, gain, and frequency response of amplifiers and filters without signal degradation.

📊 Technical Comparison

Feature	350 MHz Model	With Upgrade (500 MHz)
-3 dB Bandwidth	350 MHz	500 MHz
Typical Rise Time	~1.0 ns	~700 ps
Max Viewable Edge Rate	Slower switching only	High-speed transitions
Measurement Fidelity	Good	Excellent