Oscilloscope

Available on Moku:Go, Moku:Lab, and Moku:Pro hardware

Key Features

Triggering options
TTL-compatible trigger

On-board signal analysis tools
Includes a variety of visualization tools including measurement trends and histograms

Integrated waveform generator
Multi-channel, high-speed waveform generator

Math channel
Real-time math operations such as addition, subtraction, and FFT with support for arbitrary functions

Complete API integration
Integrate with your current system through Python, MATLAB, or LabVIEW APIs

Measurements and cursors
Extensive selection of built-in measurements and draggable cursors

Applications
• Signal monitoring and analysis
• Circuit design and characterization
• Jitter/clock analysis
• Photo detector alignment
• Automated system test
• System test and debug

Compare hardware platforms

Choose the platform with the specifications that best suit your application. With Moku hardware you get the signal processing power of the FPGA combined with a high-quality analog front-end, ensuring both flexibility and performance.

Moku:Go’s

Oscilloscope / Voltmeter

View details

Channel count

2 inputs / 2 outputs

Sampling rate

125 MSa/s

Bandwidth

30 MHz

ADC resolution

12 bits

Software & Utilities

macOS App

Windows App

API support for Python and MATLAB

Moku:Go’s

Oscilloscope / Voltmeter

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Explore Moku:Go hardware

Moku:Lab’s

Oscilloscope

View details

Channel count

2 inputs / 2 outputs

Sampling rate

500 MSa/s

Bandwidth

200 MHz

ADC resolution

12 bits

Software & Utilities

iOS App

Windows App

API support for Python, MATLAB, and LabVIEW

Moku:Lab’s

Oscilloscope

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Explore Moku:Lab hardware

Moku:Pro’s

Oscilloscope

View details

Channel count

4 inputs / 4 outputs

Sampling rate

Up to 5 GSa/s

Bandwidth

600 MHz

ADC resolution

10 / 18 bits blended

Software & Utilities

iOS App

API support for Python and MATLAB

Moku:Pro’s

Oscilloscope

View details

Explore Moku:Pro hardware