Microfreak/Preset/119 NoiseBusters

• Notes

  • Saved export and provenance

    • On October 26, 2026, two further read-only USB downloads of saved slot 119 returned identical slot-119.bin files, matching the October 25 export and this page’s file and parameter-payload SHA-256 values. The download protocol reads saved memory without selecting the preset.
    • Saved export: read from the device's slot 119 over USB on October 25, 2026 with mise run microfreak:download --slot 119. Two consecutive reads returned the same file.
    • The parameter payload matches the MIDI Control Center archives Factory 2.0, Factory 2.1, Factory 3.0, Factory 6.0 (Factory 2.0 slot 7, Factory 2.1 archive, Factory 3.0 slot 199, Factory 6.0 slot 307). Comparison used mise run microfreak:compare.
    • Download the slot 119 capture. It is the raw device format (header plus data packets), not an .mbp file; see Microfreak/Preset/119 NoiseBusters/Asset/Device-Read-2026-10-25/bin.
    • Download the October 26 NoiseBusters preset export. The .mfpz export preserves the captured saved sound; its parser round-trip matched the raw payload. See GitP/A/Session/26/10/26-Mon/Asset/Preset/119-NoiseBusters/mfpz for format provenance and restoration limits.

  • Oscillator

    • Model: Noise. Microfreak/UG/06 Dig Osc/03 Types/13 Noise
    • Wave: 0.374. Timbre: 0.790. Shape: 0.710.
    • Keyboard octave: 0. Glide: 0.000.
    • Wave morphs particle noise through white noise to metallic noise. Timbre changes noise sample-rate reduction and the pitch of the metallic component; Shape blends the noise with a pitched waveform. The saved cycling-envelope routes sweep both noise character controls, while keyboard tracking counteracts part of the Timbre movement. Microfreak/UG/06 Dig Osc/03 Types/13 Noise

  • Filter

    • Low-pass filter. Saved cutoff: 0.174; resonance: 0.415. Microfreak/UG/07 Filter/01 Modifying Sound/01 Low Pass Filter

  • Envelopes

    • Main envelope: attack 0.000, decay/release 0.510, sustain 0.430. Amp Mod is on, so the main envelope controls loudness. Microfreak/UG/09 Envelope Gen/03 Envelope Stages
    • Cycling Envelope mode: Loop. Stored RiseLvl 0.233, RiseSlp 1.000, FallLvl 0.222, FallSlp 1.000, Hold 0.217, Amount 0.236. Microfreak/UG/09 Envelope Gen/06 Cycling Envelope

  • LFO

    • Sample-and-Hold, clock sync off; stored normalized rate: 0.999. Microfreak/UG/08 LFO/01 LFO Shape · Microfreak/UG/08 LFO/02 LFO Rate

  • Modulation matrix

    • Amounts use the signed normalized range −1…+1. Microfreak/UG/05 Connections/02 Matrix and Encoder/01 Sources and Destinations
    • Cycling Envelope → Pitch: +0.002.
    • KEY/ARP → Pitch: −0.001.
    • Cycling Envelope → Wave: −0.710.
    • Cycling Envelope → Timbre: −1.000.
    • KEY/ARP → Timbre: +1.000.
    • ENV → Cutoff: +0.378.
    • PRESSURE → Cutoff: +0.373.
    • KEY/ARP → Cutoff: +0.605.
    • Cycling Envelope → Assign 1 → LFO Rate: −1.000.
    • LFO → Assign 1 → LFO Rate: +0.379.
    • KEY/ARP → Assign 1 → LFO Rate: +1.000.
    • LFO → Assign 2 → Cycling Envelope Amount: +0.410.
    • LFO → Assign 3 → Cycling Envelope Fall: +0.302.
    • KEY/ARP → Assign 3 → Cycling Envelope Fall: +0.014.
    • All other saved matrix amounts are zero.

  • Voice and keyboard

    • Paraphonic mode: on.

  • Performance and session context

    • Hold several notes in paraphonic mode to hear the noise-and-pitched blend across the keyboard. The looping Cycling Envelope sweeps noise character while key position changes Timbre and cutoff. The LFO modulates its own rate and the Cycling Envelope’s amount and fall, so the saved modulation wiring can produce changing motion without manual knob turns. Microfreak/UG/06 Dig Osc/03 Types/13 Noise · Microfreak/UG/05 Connections/02 Matrix and Encoder/01 Sources and Destinations
    • NoiseBusters opens GitP/A/Session/26/10/26-Mon; the unedited commentary recording starts with codekiln saying “119 NoiseBusters.” The first 01:49 has no controller changes, so the opening plays the saved sound; cutoff, cycling-envelope and oscillator changes follow from 01:49. The saved factory baseline does not capture those unsaved changes.

  • Evidence and interpretation

    • Values describe saved base settings before modulation. Controls use normalized 0…1 values unless a stored choice code is shown; they are not OLED percentages, hertz or milliseconds.
    • The saved-parameter inspector preserves the original fields. Oscillator interpretation assumes the documented firmware 5 layout; firmware is not detected from the export.
    • Matrix assignments follow the Freakout live map. Mode, LFO shape, filter type and octave labels follow the MicroFreak Reader definitions.