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Moku:Go – Perfect for Student Learning

Moku:Go is a fully portable, multi-instrument hardware platform designed for undergraduate engineering teaching labs.

Liquid Instruments

Moku:Go – “The Engineering Lab that Fits in a Backpack”

    • Complete engineering lab solution – everything you need for a fraction of the cost
    • Fits into a backpack
    • Intuitive user interface
    • Perfect for students and engineers

With Moku:Go, Liquid Instruments gives students and engineers the complete lab solution to actively test designs and projects. Everything you need from a lab can now be done anywhere as the Moku:Go eliminates the need for bulky lab equipment. Instead, Moku:Go combines the capabilities of multiple instruments into one device which can fit into a backpack.

 

Instrumentation:

Moku:Go comes equipped with a suite of eleven instruments. Having all your required instruments on one device increases the practicability of your lab and your experimental efficiency whilst being a fraction of the cost of standard labs.

The eleven included instruments makes Moku:Go perfect for student work. The portability of an entire lab worth of equipment means practical labs can take place even during remote learning and students can continue to test, learn and work in their own time. The possibilities aren’t limited to the time of purchase either because any new instruments that get developed after purchase simply require a software update to upgrade and update Moku:Go’s software.

Full explanations and details of the instruments available can be found through this link.

 

Specification Overview:

Please find the series specs tab for more detail on the specifications.

Perfect for student learning:

  • Higher engagement levels – The low cost allows for a higher equipment to student ratio
  • Smooth lab sessions – Option to save settings and screen sharing capabilities make demonstrations easier than ever
  • Simple integration into your curriculum – A growing library of educational material is available to go alongside Moku:Go

Moku:Go allows students to learn and understand the operation of important test and measurement instruments through an intuitive and interactive Windows/Mac based UI (or through the supported MATLAB, LabVIEW & Python APIs)

 

Differential features:

Robust – Built to Last

Built to last four years and beyond, Moku:Go will last with you and wherever you go. Having eleven instruments included means Moku:Go will be useful regardless the complexity or topic of the plans for your project.

 

Flexible Power Supplies for any Project

Projects vary in complexity and scope. Moku:Go comes in 3 versions with varied power supply integration to ensure the perfect fit. Choose between no power supplies (M0), 2 channels (M1), or 4 channels (M2).

 

Multi-instrument Mode

Multi-instrument mode allows enables users to use two instruments simultaneously, allowing real-time processing from multiple instruments. This allows a deeper understanding into your projects and into the relationships between instruments.

 

Moku Cloud Compile

A cloud-based tool which allows users to implement custom triggering or digital signal processing with their own VHDL code and seamlessly implement it into their reconfigurable test systems. It is also compatible with multi-instrument mode so your creations can be implemented with the pre-existing instruments.

Models

Moku:Go M0, Moku:Go M1, Moku:Go M2, Upgrade your current Moku:Go

Analog I/O
Analog Inputs
Channels 2
Bandwidth 30 MHz
Sampling rate 125 MSa/s per channel
Resolution 12-bit
Input range 10 Vpp or 50 Vpp
Input impedance 1 MΩ
Input coupling AC / DC
Analog Outputs
Channels 2
Bandwidth 20 MHz
Sampling rate 125 MSa/s per channel
Resolution 12-bit
Output range 10 Vpp into 1 MΩ
Output impedance 200 Ω

 

Digital I/O
Channels 16
Sampling rate 62.5 MSa/s per channel
Logic level support 3.3 V (5 V tolerant)

 

Programmable Power Supply
Two-channel
Availability Only available on M1 model
Output Voltage: Channel 1: -5 V to +5 V
Channel 2: 0 V to +16 V
Output Current: Channel 1: 0 to 150 mA
Channel 2: 0 to 150 mA
Four-channel
Availability Only available on M2 Model
Output Voltage: Channel 1: -5 V to +5 V
Channel 2: 0 V to +16 V
Channel 3 & 4: 0.6 V to +5 V
Output Current: Channel 1: 0 to 150 mA
Channel 2: 0 to 150 mA
Channel 3 & 4: 0.06 to 1 A

 

Features & Accessories
Programming Environment
Python API support
MATLAB API support + Live Scripting
LabVIEW API support
Windows Standalone App
MacOS Standalone App
Additional Ports
USB-C Port 1
Magnetic Power Port 1
Ethernet Port Only available on M2 Model
Accessories
DIO Cable Assembly 1x
Oscilloscope Probes 2x
Power Supply Cables N/A for M0 Model, 3x for M1 Model, or 6x for M2 Model
Magnetic Power Cord 1x
Ethernet Cable 1x for M2 Model

Compare Hardware Platforms

Compare the specifications of Liquid Instruments’ Moku range to decide which is best for you. Click the links to go to the desired product pages.

Moku:Go

Moku:Lab

Moku:Pro

 Dimensions
Weight
1.7 lb / 750 g 3.5 lb / 1.6 kg 14.77 lb / 6.7 kg
Analog Inputs
Two 12-bit, 125 MSa/s input channels

30 MHz analog bandwidth

AC or DC coupling with 1 MΩ impedance

Input range up to ± 25 V

Two 12-bit, 500 MSa/s input channels

200 MHz analog bandwidth

AC or DC coupling with 50 Ω / 1 MΩ switchable impedance

Input range ±5 V

Four 10+18-bit, 5 GSa/s input channels

600 MHz analog bandwidth

AC or DC coupling with 50 Ω / 1 MΩ switchable impedance

Input range up to ±20 V

Analog Outputs
Two 12-bit, 125 MSa/s output channels

20 MHz analog bandwidth

± 5 V maximum output range

Two 16-bit, 1 GSa/s output channels

300 MHz analog bandwidth

±1 V into 50 Ω output range

Four 16-bit, 1.25 GSa/s output channels

500 MHz analog bandwidth

± 5 V into 50 Ω output range

Digital I/O
16-channel DIO at 125 MSa/s

Supports 3.3 V logic (5 V tolerant)

Dedicated TTL trigger port Dedicated TTL trigger port
Programmable Power Supply
Up to four channels N/A N/A
Multi-instrument Mode
2 instruments simultaneously N/A 4 instruments simultaneously
Software & Utilities
Windows, MacOS App

API support for Python, MATLAB, and LabVIEW

MathWorks Live Scripting

iOS App

Windows App

API support for Python, MATLAB, and LabVIEW

iOS App

Windows, MacOS App

API support for Python, MATLAB, and LabVIEW

Additional Ports
USB-C

Magnetic Power Port

Optional Ethernet Port

Kensington Lock Port

USB Mini B

SD Card Slot

Ethernet Port

Kensington Lock Port

USB-C

10 MHz reference clock in and out

Ethernet Port

Available Instruments
Arbitrary Waveform Generator

Data Logger

Digital Filter Box

FIR Filter Builder

Frequency Response Analyser

Lock-in Amplifier

Logic Analyser / Pattern Generator

Oscilloscope / Voltmeter

PID Controller

Spectrum Analyser

Waveform Generator

Arbitrary Waveform Generator

Data Logger

Digital Filter Box

FIR Filter Builder

Frequency Response Analyser

Laser Lock Box

Lock-in Amplifier

Oscilloscope

Phasemeter

PID Controller

Spectrum Analyser

Waveform Generator

Arbitrary Waveform Generator

Data Logger

Digital Filter Box

Frequency Response Analyser

Laser Lock Box

Lock-in Amplifier

Oscilloscope

Phasemeter

PID Controller

Spectrum Analyser

Waveform Generator

Moku:Go Datasheet
Moku:Go Multi-instrument Mode
Moku:Go Quick Start Guide
Moku:Go Power Supply Datasheet
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Moku:Go

Ask the Expert

If you’re interested in the products shown here, or have questions about something you can’t find on our website, please get in touch through the form below.

Our knowledgeable sales team will be happy to help. We can normally source exactly what you need, or work with you to come up with custom solutions.

Alternatively, just call +44 (0) 1933 461 666 and ask to speak to the Photonics team.