devices/novation/summit.electra-newignis-v3.fw-unknown.jsonEdit on GitHubJSONNovation Summit MIDI CC chart, NRPN and OSC map
The Novation Summit MIDI implementation: 77 CC, each named, for Claude (MCP), SuperCollider or any OSC app.
- sourceElectra One preset
- real unitnot yet checked
Not checked on a real Novation Summit yet. Own one? Load a sound or send a control, and tell us whether it worked.
- Maker
- Novation
- Version
- per Electra preset
- Source
- Electra One preset
- OSC prefix
/summit
Use it
Find the MIDI ports, then start the bridge with this driver:
osc-bridge detect # prints the ready-to-run line for what is plugged in
osc-bridge run --device devices/novation/summit.electra-newignis-v3.fw-unknown.json --out-port <N> --in-port <M>
Then send OSC to 127.0.0.1:7777, for example:
From Claude or any MCP client, the osc-bridge mcp server exposes this driver as summit: ask “what can the Novation Summit do?” and it reads this map with list_routes. See the MCP guide.
MIDI controls
77 controls, each with its number, its range and the name to send
| Control | CC | Range | Name to send |
|---|---|---|---|
| Coarse | 14 / 46 | -128–127 | /summit/coarse |
| Fine | 15 / 47 | -100–100 | /summit/fine |
| Shape | 12 | -64–63 | /summit/shape |
| Osc 1 level | 23 / 55 | 0–255 | /summit/osc_1_level |
| Range | 3 | 0–127 | /summit/range |
| Mod env2 pitch | 9 | -64–63 | /summit/mod_env2_pitch |
| Lfo2 pitch | 16 / 48 | -128–127 | /summit/lfo2_pitch |
| Mod env1 shape | 119 | -64–63 | /summit/mod_env1_shape |
| Lfo1 shape | 33 | -64–63 | /summit/lfo1_shape |
| Ring 1 2 level | 26 / 58 | 0–255 | /summit/ring_1_2_level |
| Coarse | 17 / 49 | -128–127 | /summit/coarse |
| Fine | 18 / 50 | -100–100 | /summit/fine |
| Shape | 39 | -64–63 | /summit/shape |
| Osc 2 level | 24 / 56 | 0–255 | /summit/osc_2_level |
| Range | 37 | 0–127 | /summit/range |
| Mod env2 pitch | 38 | -64–63 | /summit/mod_env2_pitch |
| Lfo2 pitch | 19 / 51 | -128–127 | /summit/lfo2_pitch |
| Mod env1 shape | 40 | -64–63 | /summit/mod_env1_shape |
| Lfo1 shape | 41 | -64–63 | /summit/lfo1_shape |
| Noise level | 27 / 59 | 0–255 | /summit/noise_level |
| Coarse | 20 / 52 | -128–127 | /summit/coarse |
| Fine | 21 / 53 | -100–100 | /summit/fine |
| Shape | 71 | -63–63 | /summit/shape |
| Osc 3 level | 25 / 57 | 0–255 | /summit/osc_3_level |
| Range | 65 | 0–127 | /summit/range |
| Mod env2 pitch | 43 | -64–63 | /summit/mod_env2_pitch |
| Lfo2 pitch | 22 / 54 | -128–127 | /summit/lfo2_pitch |
| Mod env1 shape | 72 | -64–63 | /summit/mod_env1_shape |
| Lfo1 shape | 73 | -64–63 | /summit/lfo1_shape |
| V sync | 34 | 0–127 | /summit/v_sync |
| V sync | 42 | 0–127 | /summit/v_sync |
| V sync | 44 | 0–127 | /summit/v_sync |
| Cut off | 29 / 61 | 0–255 | /summit/cut_off |
| Resonance | 79 | 0–127 | /summit/resonance |
| Key tracking | 75 | 0–127 | /summit/key_tracking |
| Lfo1 flt | 28 / 60 | -128–127 | /summit/lfo1_flt |
| Osc3 flt | 76 | 0–127 | /summit/osc3_flt |
| Amp attack | 86 | 0–127 | /summit/amp_attack |
| Amp attack | 87 | 0–127 | /summit/amp_attack |
| Amp attack | 88 | 0–127 | /summit/amp_attack |
| Amp attack | 89 | 0–127 | /summit/amp_attack |
| Amp env flt | 77 | -64–63 | /summit/amp_env_flt |
| Mod1 attack | 90 | 0–127 | /summit/mod1_attack |
| Mod1 attack | 91 | 0–127 | /summit/mod1_attack |
| Mod1 attack | 92 | 0–127 | /summit/mod1_attack |
| Mod1 attack | 93 | 0–127 | /summit/mod1_attack |
| Mod env1 flt | 78 | -64–63 | /summit/mod_env1_flt |
| Mod2 attack | 94 | 0–127 | /summit/mod2_attack |
| Mod2 attack | 95 | 0–127 | /summit/mod2_attack |
| Mod2 attack | 117 | 0–127 | /summit/mod2_attack |
| Mod2 attack | 103 | 0–127 | /summit/mod2_attack |
| Overdrive | 80 | 0–127 | /summit/overdrive |
| Postdrive | 36 | 0–127 | /summit/postdrive |
| Anm1 | 114 | 0–127 | /summit/anm1 |
| Anm2 | 115 | 0–127 | /summit/anm2 |
| Rate | 30 / 62 | 0–255 | /summit/rate |
| Fade time | 82 | 0–127 | /summit/fade_time |
| Rate | 31 / 63 | 0–255 | /summit/rate |
| Lfo2 range | 83 | 0–127 | /summit/lfo2_range |
| Fade time | 85 | 0–127 | /summit/fade_time |
| Mod rate | 118 | 0–127 | /summit/mod_rate |
| Chorus level | 105 | 0–127 | /summit/chorus_level |
| Feedback | 107 | -64–63 | /summit/feedback |
| Time | 109 | 0–127 | /summit/time |
| Delay level | 108 | 0–127 | /summit/delay_level |
| Feedback | 110 | 0–127 | /summit/feedback |
| Level | 104 | 0–127 | /summit/level |
| Time | 113 | 0–127 | /summit/time |
| Reverb level | 112 | 0–127 | /summit/reverb_level |
| Gate length | 116 | 0–127 | /summit/gate_length |
| Gate length | 116 | 0–127 | /summit/gate_length |
| Lfo1 sync rate | 81 | 0–127 | /summit/lfo1_sync_rate |
| Sync rate | 84 | 0–127 | /summit/sync_rate |
| Hold | 64 | 0–127 | /summit/hold |
| Sostenuto | 66 | 0–127 | /summit/sostenuto |
| Glide | 35 | 0–127 | /summit/glide |
| Glide time | 5 | 0–127 | /summit/glide_time |
Performance MIDI
Notes, pitch bend and any CC are also available: /summit/note/on <note> <velocity>, /summit/cc/<number> <value>, /summit/pitchbend <0-16383>, /summit/program_change <n>.
Limitations
Imported from an Electra One community preset. The mapping reflects the preset author's editorial choices: parameter naming, ranges, and which params are exposed. Untested on hardware in this repo.
Frequently asked questions
How many parameters of the Novation Summit can be controlled over MIDI?
SynthHub's map of the Novation Summit lists 77 MIDI CC parameters, each with its number, range and a readable name; the full chart is on this page.
Can an AI agent like Claude control the Novation Summit?
Yes: SynthHub's hosted MCP server knows the Novation Summit's MIDI map, and its browser relay lets the agent send it parameter changes or load a sound, each sound change confirmed by you.