Turn Your Nintendo Game Boy Into An Analog Mono Synth & Step Sequencer

So you've got an original Game Boy stashed away somewhere gathering dust? It's time to take it out, dust it off, and get ready to turn it into a powerful analog mono synthesizer with this cartridge.  

If you're one of many thousands with a Game Boy in their possession who loves synths then this new cartridge from NanoLoop is going to appeal.

It's a super cool way to turn your original Game Boy into a 3-channel monophonic analog synthesizer! It features "a rectangular wave with dual oscillators, variable pulse width and a low pass filter; a “Click” percussive sound with single impulses and an “extra-resonant” bandpass filter; and a noise generator which can also generator square waves combined with another less aggressive bandpass filter." 

There's software too which makes this baby even more powerful. The Nanoloop Mono software does the sequencing heavy lifting. "Nanoloop mono is a step sequencer with per-step control for all parameters. There are 8 banks of flash memory each of which can hold 15 patterns per channel and a song structure." 

Nano loop Mono cartridge.


The video above is a short demo of what Nanoloop mono for Nintendo Gameboy can do and what kind of sounds you can create with it. What's apparent so far is Nanoloop Mono is a lot more powerful than your regular chiptune hacks we've seen for other game consoles.

This could well be the perfect Christmas gift for your synth loving, Gameboy wielding friend or better half, and it only  

[Via: GearNews]
Nanoloop Mono is available for pre-order for €69 EUR and is expected to ship from 3rd December 2016.

Nanoloop is available from http://www.nanoloop.com


Rounik is the Executive Editor for Ask.Audio & macProVideo. He's built a crack team of professional musicians and writers to create one of the most visited online resources for news, review, tutorials and interviews for modern musician and producer. As an Apple Certified Trainer for Logic Pro Rounik has taught teachers, professional... Read More


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