Cobalt Clipper Neo User Manual

Manual language: English
Manual revision: 2026-07-09
Product version: 0.9.0

1. Introduction

Cobalt Clipper Neo is a saturation and clipping plugin designed for club music, electronic music, and mix / pre-master work. It can be used for density shaping and peak control on drums, 808s, bass, synths, buses, and pre-masters. Version 0.9.0 supports the Windows 64-bit edition in VST3 and CLAP. A macOS version is not available at this time.

Main features

Five Types — Steel Clip / Cobalt Lift / Club Heat / Bass Forge / Tape Alloy
Gain staging — Input / Drive / Ceiling / Mix / Output
Tone controls — Character / Tone / Bias / Dynamics / Low Guard
Oversampling — Off / 2x / 4x
Visual feedback — Input / Output meters, Clip Reduction, Transfer Curve
Presets — Factory Bank / User Bank, Browser, .neop / .neob

On startup, Init from the Factory Bank is selected. Cobalt Clipper Neo can be used as an Insert effect on its own, and within effect chains of other Cobalt-series products.

About Version 0.9.0

Cobalt Clipper Neo 0.9.0 is a published free build. Full operation is not guaranteed in every DAW, environment, or project. Sound, presets, GUI, parameter layout, and save formats may change in future updates. Back up important DAW project files before use. Version 0.9.0 is published mainly for:

Basic operation checks
DAW loading verification
Identifying areas for future improvement

2. Installation

System Requirements

Supported OS

Windows 11 64-bit recommended
Windows 10 64-bit or later

Supported Formats

VST3
CLAP

The CLAP edition is an experimental distribution format. Behavior may vary depending on the host environment. If stability is your priority, we recommend starting with the VST3 edition.

Supported Hosts

64-bit DAWs that support VST3 or CLAP
Mono or stereo audio tracks (matching input and output channel counts)

Distribution and Placement

Cobalt Clipper Neo is distributed as a zip package. There is no installer. Extract the zip and place the plugin files manually.

Distribution file names

Expected file names

Cobalt Clipper Neo.vst3
Cobalt Clipper Neo.clap

VST3 install location

Place the plugin in one of the following folders:

C:\Program Files\Common Files\VST3

%LOCALAPPDATA%\Programs\Common\VST3

For all users, the following folder is usually recommended:

C:\Program Files\Common Files\VST3

CLAP install location

Place the plugin in one of the following folders:

C:\Program Files\Common Files\CLAP

%LOCALAPPDATA%\Programs\Common\CLAP

After placing the VST3 or CLAP file, restart your DAW or run a plugin rescan.

First Steps

Load Cobalt Clipper Neo as an Insert on an audio track (or bus)
Feed audio to the track (playback, input, or loop material)
Check track monitor, mute, level, and master output
Choose a Factory preset from Bank / Preset at the top, or select a Type
Shape density and clipping with Drive and Ceiling, then match final level with Output

3. Plugin Overview

Screen Layout

The Cobalt Clipper Neo window uses a single-screen layout based on 1100 × 560 pixels. The window can be resized from 75% to 200% with a fixed aspect ratio. Tiles, knobs, faders, meters, and text keep their relative layout while scaling from the design canvas. Area Position Content Header

Top

Bank / Preset, previous / next, Browser, Save / Load / Init, Undo / Redo, Menu, Bypass,

Oversampling

INPUT Left Input meter, Input knob DRIVE CORE Center-left Type, Drive, Character, Tone TRANSFER

Center

Transfer Curve and related parameter chips OUTPUT

Right

Ceiling, Mix, Output, Output meter, Clip Reduction Advanced Lower area Bias, Dynamics, Low Guard, Auto Gain A practical workflow is to choose direction with Type, shape tone with Drive / Character / Tone, then set density and final level with Ceiling / Mix / Output.

Signal Flow

Signal flows roughly in this order: [Input L/R] → [Input meter measurement] → [Input Gain] → [Shared DC block] → [Dry signal capture] → [Active Type saturation (Oversampling Off / 2x / 4x)] → [Dry / Wet Mix] → [Output Gain] → [Final Ceiling clipper] → [Output L/R] → [Publish Output meters / Clip Reduction] Key points:

Tone-shaping clip stages inside each Type are separate from the final Ceiling stage
Oversampling is applied around the active Type’s nonlinear processing
In v0.9.0, Auto Gain DSP is disabled (the UI switch remains)
Reported host latency is currently 0 samples

Five Types Type Typical use

Steel Clip

Clean, controlled clipping for peak management and clear loudness

Cobalt Lift

Density and presence lift with restrained harmonics

Club Heat

Warm asymmetric saturation for drums, synths, and bus dirt / heat

Bass Forge

Sub-safe bass harmonics for 808s and low-end speaker weight

Type Typical use

Tape Alloy

Light glue and rounded transients for buses and pads Switching Type resets the active mode’s internal state. Switching while audio is playing is designed not to crash, but the sonic change can be large.

Visual Feedback

Display Content Input / Output meters Studio-style dB scale, updated on a UI timer (about 20 fps)

Clip Reduction

Approximate clip amount at the Final Ceiling stage

Transfer Curve

UI-side approximate curve from current parameters, not a live DSP measurement Transfer Curve is especially approximate for stateful Types such as Tape Alloy. Use it as a sound-design guide, and make final decisions with your ears and DAW meters.

Preset Overview

Factory Bank — built-in presets. Category examples: Kick, Snare, Hi-Hat, Bass, Bass / 808, Drum Bus, Lead Synth, Synth, Acid, Mix Bus, Pre-Master, FX, Parallel Dirt, and more
User Bank — user-saved presets (.neop)
Browser — category / Type filters, sorting, and rating display (0–5)
Factory presets apply Output-only level matching when needed to reduce preset-to-preset loudness jumps

The startup preset is Init.

4. Parameters

Parameter List

The “layout default” column below is the parameter-layout default. On plugin launch, the Factory Init preset is applied, so actual startup values may differ from this table (for example, Type may start closer to Tape Alloy, and Mix may be below 100%).

GUI Label	Host Name	Range	Default	Description
Type	Type	Steel Clip / Cobalt Lift / Club Heat / Bass Forge / Tape Alloy	Steel Clip	Saturation / clip character
Input	Input	−24.00 to +24.00 dB	0.00 dB	Input gain
Drive	Drive	0 to 100 %	25 %	Distortion / push amount
Character	Character	0 to 100 %	50 %	Type-specific tone
Tone	Tone	−100 to +100 %	0 %	Bright / dark tilt
Ceiling	Ceiling	−12.00 to 0.00 dBFS	−0.30 dBFS	Final output ceiling
Mix	Mix	0 to 100 %	100 %	Dry / Wet balance
Output	Output	−24.00 to +12.00 dB	0.00 dB	Final output gain
Oversampling	Oversampling	Off / 2x / 4x	2x	Oversampling around nonlinear processing

GUI Label	Host Name	Range	Default	Description
Bias	Bias	−100 to +100 %	0 %	Asymmetry / offset
Dynamics	Dynamics	0 to 100 %	20 %	Dynamics-linked drive amount
Low Guard	Low Guard	Off / 40 / 60 / 80 / 120 Hz	60 Hz	Low-frequency protection target
Auto Gain	Auto Gain	Off / On	Off	UI present; DSP disabled in v0.9.0
Bypass	Bypass	Off / On	Off	Processing bypass

Note: Drive / Character / Mix / Bias / Dynamics are stored internally as 0.0–1.0 (Tone / Bias as −1.0–1.0) and shown as percentages in the GUI.

Type

Selects the saturation direction. At the same Drive setting, harmonic content, transient retention, and low-end behavior change by Type.

Input

Gain at the plugin input. Raising it increases level into Drive, making clipping and saturation more likely. If the source is already loud, lower Input slightly before raising Drive for easier control.

Drive

The main distortion control. Higher values strengthen nonlinear processing. Start around 20–50% and set density together with Ceiling.

Character

Adjusts Type-specific tone:

Steel Clip — knee width / edge direction
Cobalt Lift — density / presence direction
Club Heat — heat / dirt direction
Bass Forge — growl / body direction
Tape Alloy — glue direction

Tone

Spectral tilt. Positive values tend to brighten; negative values tend to round or darken. Response differs by Type.

Ceiling

Final safety ceiling. Lowering it pushes the signal harder and can increase density and impact. This stage is separate from each Type’s tone-shaping clip stages.

Mix

Dry / Wet balance. 100% is fully wet; 0% is dry only. To keep more transient punch, try around 70–95%. Note (v0.9.0): Dry / Wet delay compensation with oversampling is not implemented. Mix below 100% may introduce slight phase or tone differences. For strict parallel comparison, use Mix 100% or Oversampling Off.

Output

Final output gain. Because Auto Gain DSP is disabled in v0.9.0, use Output for level matching after preset or Drive changes.

Oversampling

Option Description Off Nonlinear processing at the host sample rate 2x 2× equivalent (typical starting point for many Types) 4x 4× equivalent (useful for high-Drive peak work) Suggested starting points by Type: Type Suggested starting point Steel Clip 4x (high-Drive peak work) Cobalt Lift 2x Club Heat 2x Bass Forge 2x Tape Alloy 2x Use Off or 2x to reduce CPU load. Try 4x if high-frequency aliasing is noticeable.

Bias

Adds asymmetry or offset. Character can change more clearly on Club Heat and Tape Alloy. Large moves may introduce DC-like feel or low-end wobble, so start small.

Dynamics

Strengthens drive response based on input level. Higher settings tend to ease peak push while helping density on quieter signals. Behavior differs by Type.

Low Guard

Low-frequency protection target. Choose Off / 40 / 60 / 80 / 120 Hz. Useful for reducing low-end mud on bass and kick. Default is 60 Hz.

Auto Gain

The UI switch exists, but Auto Gain DSP is disabled in v0.9.0. Turning it on does not automatically correct output level. Use Output for level matching. Bypass Skips processing while keeping parameter settings. Host-automatable.

Header Controls

Control Role Bank Switch Factory Bank / User Bank

Control Role Preset Select preset < > Previous / next preset Browser Browser with category / Type filters Save Save current settings to User Bank (.neop) Load Load a user preset Init Reset to initial state Undo / Redo Undo / redo edits Menu About, Expansion (.neob) Import / Export / Rename / Delete Bypass Bypass ON / OFF

Oversampling

Off / 2x / 4x Browser opens as an editor-owned callout so it is less likely to steal DAW mouse focus.

5. Recommended Uses

Starting Points by Material

Use case Starting Type Notes Kick peak control Steel Clip Do not over-lower Ceiling; check click Snare attack and body Club Heat / Tape Alloy Lower Mix slightly to keep transients Hi-hat grit control Steel Clip / Cobalt Lift Lower Input; keep Drive moderate 808 / sub bass

Bass Forge

Low Guard 60–120 Hz; check sub integrity Bass midrange growl Bass Forge / Club Heat Shape speaker weight with Character and Tone Drum-bus glue Tape Alloy Medium Drive; add density with Ceiling Lead synth forwardness Cobalt Lift / Club Heat Mix 80–100%; match level with Output Mix bus / pre-master Steel Clip / Tape Alloy Conservative Drive; start with a shallow Ceiling

Basic Sound-Design Steps

Choose a Type
Set distortion amount with Drive
Shape Type-specific tone with Character
Lower Ceiling to add density and impact if needed
Try Mix around 70–95%, not only 100%
Match final loudness with Output

6. Free Plugin Terms Overview

Cobalt Clipper Neo 0.9.0 is a free plugin distributed by Synth Studio Neo.

Position of This Version

It is a free plugin, not a paid-product demo
No activation or serial entry is required
Save / Load / User Bank / preset management are expected to be available in the free build

For detailed terms of use, follow the terms document included in the distribution package or official guidance.

User Data Locations

User presets and bank-related files are stored here:

%APPDATA%\Synth Studio Neo\Cobalt Series\Cobalt Clipper Neo\Presets

%APPDATA%\Synth Studio Neo\Cobalt Series\Cobalt Clipper Neo\Banks

Individual presets: .neop
Banks / Expansions: .neob

7. Usage Notes

Lowering Ceiling a lot increases density, but also distortion. Check Clip Reduction and listen carefully
With oversampling enabled, Mix below 100% may introduce tone differences from Dry / Wet delay mismatch (compensation is not implemented)
Reported host latency is currently 0. Future updates may report oversampling latency
Transfer Curve is a UI approximation, not a measurement instrument
Large Bias moves can change low-end feel or introduce a DC-like sensation
Factory preset level matching is Output-based, not full offline loudness analysis
If the CLAP edition is unstable, try the VST3 edition
Specifications, GUI, and presets may change in future updates

8. Troubleshooting

Plugin does not appear in the DAW

Confirm the VST3 or CLAP file is in the correct folder
Run a plugin rescan in the DAW
Confirm you are using a 64-bit DAW

No sound / little audible change

Confirm audio is reaching the track
Check track monitor, mute, and level
Confirm Bypass is not ON
Confirm Mix is not extremely low
Confirm Drive is not too low and Input is not pulled down too far

Too loud or distorted

Lower Output
Lower Input or Drive
Raise Ceiling to reduce push
Check DAW track meters

Phase or tone changes when Mix is lowered

Compare with Oversampling Off
Set Mix to 100% and evaluate wet-only
Remember that Dry / Wet delay compensation is not implemented in v0.9.0

Auto Gain does nothing when turned on

This is expected. Auto Gain DSP is disabled in v0.9.0
Match level with Output

Presets cannot be saved or found

Confirm User Bank is selected
Confirm write permission for %APPDATA%\Synth Studio Neo\Cobalt Series\Cobalt Clipper Neo\
Confirm extensions are .neop (preset) / .neob (bank)

High CPU usage

Set Oversampling to 2x or Off
Reduce instance count in the project
Increase DAW buffer size

CLAP edition does not behave as expected

Confirm the install location is correct
Try the same settings in another DAW or with the VST3 edition
Run a plugin rescan in the DAW

9. Specifications and Credits

Item Details Product name Cobalt Clipper Neo Version 0.9.0

Supported OS

Windows 64-bit Formats VST3, CLAP Distribution Free plugin Developer

Synth Studio Neo

This product is built with JUCE 8 under the JUCE 8 Starter Licence. JUCE is a trademark of Raw Material Software Limited.