Memorymoog Presets Now Available For Moog Muse


Today, Moog Music releases the Memorymoog Preset Collection for the Moog Muse synthesizer.

The free collection was created by synthesist and sound designer Eric Frampton, and recreates all 100 original Memorymoog factory presets.

The demo video, embedded above, offers a head-to-head comparison between the original Memorymoog and Muse versions.

Using Muse’s modern architecture, each sound goes beyond the original, adding velocity, aftertouch, macro controls, effects, and expanded modulation, while preserving the three-oscillator design of the original Memorymoog patches.

The Memorymoog Preset Collection is available now as a free download.

 

Roland TR-909 vs TR-1000 Head-To-Head Comparison


Synthesist Starsky Carr – in his latest video – shares a head-to-head comparison between the classic Roland TR-909 and the new TR-1000 drum machine.

“I put the Roland TR-1000 head-to-head with my original Roland TR-909 to see how close we can actually get”, notes Carr, “and more importantly, where the differences really matter.”


Topics covered:

Kick, snare, clap, rim & tom comparisons

Analogue voices vs ACB models (and why that’s ironic…)

The real difference between main outputs and individual outs

Why the 909 sounds more “band-limited” and less hi-fi

Frequency analysis & Match EQ deep dive in Logic

The exact EQ curve to give your 909 samples that crusty main-out character

Why obsessing over 1:1 matching might be missing the point

Carr argues that the key to recreating the classic 909 sound isn’t tweaking the TR-1000, but band-limiting the output. He demonstrates to how to recreate this, using Logic’s Match EQ.

Is the Roland TR-1000 close enough to replace the TR-909? Check out the comparison and share your thoughts in the comments!

 

Free Music Theory Engine For Arduino & Other Embedded Music Platforms, Gingoduino


Gingoduino is a free, open source music theory engine for Arduino and other embedded systems.

It brings notes, intervals, chords, scales, harmonic fields, fretboard engine, musical events, and sequences to Arduino, ESP32, Teensy, Daisy Seed, Raspberry Pi Pico, and other platforms.

Features:

  • 12-note chromatic system with enharmonic equivalents
  • 42 chord formulas with reverse lookup (identify)
  • 40+ scale types and modes with signature, brightness, relative/parallel
  • Harmonic field analysis with T/S/D functions and roles
  • Fretboard engine: violao, cavaquinho, bandolim, ukulele with fingering scoring
  • Musical events (note, chord, rest) and sequences with tempo/time signature
  • Open source under an MIT license.

Gingoduino is available now via Github.

via adafruit