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FIRST PRINTING: March 1992
H3000, H3000-S, H3000-SE, H3000-B, 3000-D/SX, H3000-D/SE, H3000-B/LT, H3000-B+, H3500-dfx, H3500-dfx/e MODELS COMBINED
IN ONE MANUAL - January 1996
© 1989 - 1996 Eventide Inc., Little Ferry NJ USA
Harmonizer i s a registered t rademark o f EventideInc. for itsaudiopitch shifterspecial effectsdevices,
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H3000
Ultra-Harmonizer®
INSTRUCTION
MANUAL
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Table of Contents
Related Manuals for Eventide Ultra-Harmonizer 3000-D/SX
Summarization of Contents
Hardware Overview
The Front Panel and Controls
Detailed explanation of the front panel buttons, knobs, and display functions for operation.
The Rear Panel and Connections
Description of all rear panel connectors, including AC, MIDI, Audio, and Tape Machine Control.
Core Operations and Settings
Optimum Performance
Guidelines for achieving optimal performance by setting input levels and ensuring proper gain staging.
Changing Input Levels
Procedure to switch between +4 dBm and -10 dBm nominal operating levels by adjusting internal jumpers.
H3000 Specifications
Technical specifications for the H3000, including inputs, outputs, dynamic range, and power requirements.
Running the H3000
Softkeys and Menus
Explains the use of softkeys and menu navigation within the H3000 interface.
Setting the Display Contrast
Guide on adjusting the green display contrast for readability.
Setting the Levels
Instructions for setting input and output levels for optimal sound and avoiding distortion.
The Bypass Control
How to bypass the processed audio and toggle between bypassed and processed states.
Loading a Program
Procedure for loading factory or user programs, including navigating the program list.
Editing a Program
Steps to enter edit mode and modify parameters of existing programs.
Soft Functions
Details on user-definable parameters that customize program interfaces and their accessibility.
Expert Mode
Accessing and editing advanced, detailed parameters for deeper sound customization.
Levels Mode
Managing master and offset levels for input and output adjustments per program.
Saving an Edit
How to save created or edited programs as new presets, including naming and numbering.
Removing User Programs
Procedure for deleting user-created programs from the H3000 memory.
Miscellaneous
Information on finding algorithm origins and checking memory status.
Parameter Modulation
Patching Parameters for Modulation
Step-by-step guide on patching parameters to controllers like MIDI, Soft Functions, or Function Generator.
Patching to Trigger Parameters
How to patch trigger parameters to controllers, noting the absence of scaling softkeys.
Soft Functions
Detailed explanation on defining and using custom soft keys for parameter control.
The Function Generator
Explains how to use the internal function generator for automatic parameter modulation with various waveforms.
Modulation Control
How to enable, disable, and reset parameter modulation for desired effects.
Introduction to MIDI
What is MIDI?
Basic explanation of Musical Instrument Digital Interface and its role in musical device communication.
MIDI and the Ultra-Harmonizer
How MIDI can be used for remote control, program changes, and dynamic parameter control.
How to Hook up MIDI
Practical connection diagrams and setup for using MIDI with synthesizers and sequencers.
Using MIDI
MIDI Receive Enable
Configuration for enabling or disabling MIDI data reception on the H3000.
MIDI Channel and Omni Mode
Setting the MIDI channel and understanding Omni Mode for MIDI communication.
MIDI Program Change
How MIDI program change messages are used to load effect programs on the H3000.
Program Change Bank Select
Managing bank numbers to access programs beyond the initial 0-99 range.
Setting up the Program Change Map
Creating a custom map to assign MIDI program numbers to specific H3000 effect programs.
Sequencing with MIDI
Connecting to a MIDI sequencer to record and play back front panel operations.
Enables for Sequencing
Customizing which aspects of the machine are transmitted or received over MIDI during sequencing.
The Effect of Sequencing on MIDI Program Change
How sequencing mode forces specific MIDI Program Change settings for proper operation.
MIDI Data Dumping
Saving user programs and program change maps to a MIDI-equipped computer.
A Final Word
Concluding Remarks
Concluding remarks and advice on contacting Eventide for further questions.
Appendix A - Parameter Modulation Details
Scaler-type Controllers
Description of controllers used for value-type parameters like pitch, delay, and decay.
Modulation Wheel
How the modulation wheel affects effect parameters, including range and direction.
Pitch Wheel
How the pitch wheel affects parameters, with zero position having no effect.
Pitch Wheel Positive
How the pitch wheel affects parameters positively only.
First Note & PW
Explains Pitch Wheel sensitivity and how the first note played affects parameter changes.
Last Note & PW
How the last note pressed on the keyboard is used to change the parameter.
High Note & PW
How the highest key pressed after reset state affects the parameter.
Low Note & PW
How the lowest key pressed after reset state affects the parameter.
Note Offset & PW
How pressing keys after reset controls parameter change amount.
Quantity of Notes Down
How the number of keys pressed affects the parameter change.
Velocity Parameters
How key strike velocity and pressure determine parameter changes.
Pressure Parameters
How polyphonic pressure (aftertouch) and global pressure affect parameters.
Release Parameters
How the speed of key release affects parameter change.
Specifiers For Modulation Modes
Explains specifiers like Channel Offset (Ch+), Pitch Wheel Sensitivity (PW), and Note references.
Appendix B - Expert MIDI
System Exclusive Functions
Functions dealing with MIDI System Exclusive commands for device-specific messaging and data dumps.
Expert MIDI Functions
Functions for troubleshooting MIDI issues, including error detection and MIDI monitor.
Fixes for MIDI Problems
Options for resolving MIDI note off command recognition and bank select issues.
Appendix C - MIDI Sequencing Details
MIDI Parameter Numbers
Explanation of MIDI parameter system, controllers for specifying numbers, and data values.
MIDI Program Change
How H3000 sends Bank Select and Program Change commands when sequencing.
MIDI Volume
How MIDI Volume messages (Controller #7) are implemented and affect output levels.
Appendix G - Tips and Tricks
Loading Programs
Tips for loading programs using the keypad instead of the knob.
Adjusting Contrast
How to adjust display contrast using the FUNCTION key and knob.
Editing Names
Tips for editing program or soft function names, including number entry and spaces.
Good Pitch Shifting
Considerations for achieving high-quality pitch shifting, including single notes and deglitch settings.
Watch Your Ears
Warning about potentially damaging sound levels from feedback and decay settings.
Control Several H3000s at Once
How to set up multiple H3000s to slave off a master unit for simultaneous control.
Algorithm 100 - Diatonic Shift
Description
Explains the real-time pitch shifter algorithm for creating in-key harmonies based on user-defined scales.
Block Diagram
Visual representation of the Diatonic Shift algorithm's signal flow.
Parameters
Lists and describes parameters for the Diatonic Shift algorithm, including Left/Right Voice and Key settings.
Quantize
How the Quantize parameter corrects pitch to the nearest even-tempered interval.
Delay
Parameter for adjusting the time between input signal and affected output signal.
Mix Levels
Controls the balance between dry and effect signals for left and right outputs.
Feedback
Controls feedback amount from output to input, enabling arpeggiation or smears.
Tune
Procedure for tuning the H3000 to an instrument or calibrating to A-440.
Shownote
Displays the pitch of the note played into the H3000, including octave and name.
Key Setting
Sets up one of the twelve standard key signatures for the Diatonic Shift algorithm.
Expert Mode Parameters
Advanced parameters for Scale 1, Scale 2, and Note settings.
Interval
Selects the harmonic interval between the selected note and the harmony for the H3000 to play.
Note Range Optimization
Optimizes pitch shifter by setting the lowest and highest expected notes.
Source Selection
Parameter that optimizes pitch shift performance based on polyphonic or solo input sources.
Algorithm 101 - Layered Shift
Description
Uses the left input to create two separate pitch-shifted outputs for instant 3-part harmony.
Block Diagram
Visual representation of the Layered Shift algorithm's signal path.
Parameters
Details parameters like Coarse/Fine pitch, Delay, Feedback, and Mix for Layered Shift.
Mix Levels
Controls the balance between original (dry) and effect (wet) signals for left and right outputs.
Sustain Function
Enables "looping" of one pitch period of the input signal for sampler-like behavior.
Expert Mode Parameters
Advanced parameters for Low Note, High Note, and Source settings.
Levels
How individual preset levels alter input/output levels, added to master levels.
Hint
Suggests this program is a work-horse for instrumentalists and vocalists.
Algorithm 102 - Dual Shift
Description
Provides two separate pitch shifters, one for left channel input/output, one for right, with independent controls.
Block Diagram
Visual representation of the Dual Shift algorithm's signal flow.
Parameters
Details parameters for Left/Right Coarse/Fine pitch, Delay, Feedback, and Mix.
Mix Levels
Controls the balance between dry and effect signals at left and right outputs.
Sustain Function
Enables "looping" of input signal for sampler-like behavior.
Expert Mode Parameters
Advanced parameters for Low Note, High Note, and Source settings.
Levels
How individual preset levels alter input/output levels, added to master levels.
Hint
Suggests using fine pitch controls for doubling effects in a +/- 20 cent range.
Algorithm 103 - Stereo Shift
Description
For true stereo inputs, maintains stereo imaging and mono compatibility with parameters adjustable per channel.
Block Diagram
Visual representation of the Stereo Shift algorithm's signal flow.
Parameters
Details parameters like Coarse/Fine pitch, Delay, Feedback, and Mix for Stereo Shift.
Expert Mode Parameters
Advanced parameters for Low Note, High Note, and Source settings.
Deglitch Mode
Optimizing pitch shift performance by managing deglitching for stereo or mono signals.
Levels
How individual preset levels alter input/output levels, added to master levels.
Algorithm 104 - Reverse Shift
Description
Creates reverse pitch shift effects with variable splice lengths and feedback.
Block Diagram
Visual representation of the Reverse Shift algorithm's signal flow.
Parameters
Details parameters like Coarse/Fine pitch and Length for Reverse Shift.
Feedback
Controls feedback from left/right output to input, enabling backward delay or arpeggiation.
Mix Levels
Controls balance between dry and effect signals at left and right outputs.
Levels
How individual preset levels alter input/output levels, added to master levels.
Algorithm 105 - Swept Combs
Description
Six high-quality digital delay units with modulation and feedback, patched to a stereo mixer for simultaneous control.
Block Diagram
Visual representation of the Swept Combs algorithm's signal flow.
Parameters
Details parameters like m Delay, m Rate, and m Depth for Swept Combs.
Master Controls
Master controls like m Rate, m Depth, Feedback, and Mix affecting multiple delay lines.
Repeat Function
Instantly captures and replays audio, allowing sound alteration while repeating.
Expert Mode Parameters
Advanced parameters for Glide Speed, Glide Enable, and Stereo/Mono settings.
Levels
How individual preset levels alter input/output levels, added to master levels.
Algorithm 106 - Swept Reverb
Description
Creates spatial characteristics with modulated reverb, offering control over feedback, delay, rate, and depth.
Block Diagram
Visual representation of the Swept Reverb algorithm's signal flow.
Parameters
Details parameters like m Delay, m Rate, and m Depth for Swept Reverb.
Master Controls
Master controls like m Depth, Feedback, Mix, and Repeat affecting the reverb characteristics.
Expert Mode Parameters
Advanced parameters for Glide Speed, Glide Enable, and Stereo/Mono settings.
Rates 1-6
Controls the six Rates that govern the sweep rate generator.
Depths
Controls the six Depths for the sweep rate generator.
Delays 1-6
Adjusts the six Delays that control the reverb network.
Levels
How individual preset levels alter input/output levels, added to master levels.
Hint
Suggests the smooth build-up is good for simulating large halls and auditoriums.
Algorithm 107 - Reverb Factory
Description
Offers user control over critical reverb parameters like Predelay, Rev Time, High Cut, Size, Position, and Pan.
Block Diagram
Visual representation of the Reverb Factory algorithm's signal flow.
Parameters
Details parameters like Predelay, Rev Time, High Cut, Size, Position, and Pan.
Early Mix
Controls the nature of the early response for coherence or diffusion.
Diffusion
Affects overall diffusion, influencing reverb sound coarseness or smoothness.
Mix
Controls the overall dry/wet mix of the reverb.
Expert Parameters
Advanced parameters for Delay, Allpass Delay, Allpass Gain, Pan, and Level settings.
Levels
How individual preset levels alter input/output levels, added to master levels.
Hint
Suggests the smooth build-up is perfect for simulating large halls and auditoriums.
Algorithm 108 - Ultra-Tap
Description
Multi-purpose algorithm with twelve digital delays and a stereo mixer for dense delay fields.
Block Diagram
Visual representation of the Ultra-Tap algorithm's signal flow.
Parameters
Details parameters like Length, Diffusor, Width, Feedback, Mix, and Stereo/Mono.
Expert Mode Parameters
Advanced parameters for Fb Tap, Spacing, Weights, and Pans.
Quickset Parameters
Three parameters for easy algorithm learning and control, related to Tedium mode.
Tedium Parameters
Tedium Parameters
Forty parameters for flexible control over delay taps and the Diffusor.
Algorithm 109 - Long Digiplex
Description
Single long delay line with recirculation, output to both channels, with MIDI controllable parameters.
Block Diagram
Visual representation of the Long Digiplex algorithm's signal flow.
Parameters
Details parameters like Delay, Feedback, Repeat, and Mix.
Expert Mode Parameters
Advanced parameters for Glide Speed, Glide Enable, and Stereo/Mono settings.
Levels
How individual preset levels alter input/output levels, added to master levels.
Algorithm 110 - Dual Digiplex
Description
Two separate delay lines with independent controls, similar to Long Digiplex but with up to .7 seconds delay per channel.
Block Diagram
Visual representation of the Dual Digiplex algorithm's signal flow.
Parameters
Details parameters like L/R Delay, L/R Feedback, L/R Mix, and Repeat.
Expert Mode Parameters
Advanced parameters for Glide Speed, Glide Enable, and Stereo/Mono settings.
Levels
How individual preset levels alter input/output levels, added to master levels.
Algorithm 111 - Patch Factory
Description
Provides pitch shifter, filters, delays, and noise generator for creating custom effects.
Block Diagram
Visual representation of the Patch Factory algorithm's signal flow.
Parameters
Details parameters like Cutoff, Q Factor, Delay, Scale, Coarse/Fine pitch, and P Delay.
Hint
Suggests using this delay instead of delay lines 1 and 2 for real-time, clickless delay control.
Levels
How individual preset levels alter input/output levels, added to master levels.
Expert, Deglitch Parameters
Advanced parameters for optimizing pitch shift software with Low Note, High Note, and Source settings.
Algorithm 112 - Stutter
Description
Used to create stutter sounds in real-time without samplers or complex digital delays.
Block Diagram
Visual representation of the Stutter algorithm's signal flow.
Parameters
Details parameters like Trigger, Auto On/Off, Speed, and Program for Stutter effect.
Left Mix / Right Mix
Controls the dry/wet effect mix at the left or right outputs.
Levels
How individual preset levels alter input/output levels, added to master levels.
Expert Parameters, Trigger Menu
Menu for setting up stutters and assigning them to trigger keys.
Stutter Parameters
Setting length and count for two types of stutters, assignable to trigger keys.
Trigger Parameters
Patching stutters and pitch sweeps to the four trigger keys.
Trigger List
List of available effects that can be patched to trigger keys.
Sweep Menu
Parameter adjustments for pitch shifters and pitch sweep generators.
Deglitch Menu
Parameters for optimizing pitch shift software with Low Note, High Note, and Source settings.
Algorithm 113 - Timesqueeze
Description
Speeds up or slows down pre-recorded material without altering pitch, for time compression/expansion.
Block Diagram
Visual representation of the Timesqueeze algorithm's signal flow.
Parameters
Details setup parameters like time, pitch, min delay, delay range, min freq, and silence.
Expert Mode Parameters
Deglitching parameters for optimizing pitch shift performance for transparent sound.
Tape Machine Interfacing Parameters
Setup parameters to enable H3000 to control tape machine speed for time compression/expansion.
Levels
How individual preset levels alter input/output levels, added to master levels.
Tape Machine Hook Up
Instructions for connecting H3000 frequency output to tape machine for speed control.
Algorithm 114 - Dense Room
Description
Offers improved early response, density, and source positioning control for simulated rooms.
Block Diagram
Visual representation of the Dense Room algorithm's signal flow.
Parameters
Details parameters like Predelay, Rev Time, High Cut, Size, Position, and Pan.
Early Mix
Controls the nature of the early response for coherence or diffusion.
Diffusion
Affects overall diffusion, influencing reverb sound coarseness or smoothness.
Mix
Controls the overall dry/wet mix of the reverb.
Expert Parameters
Advanced parameters for Delay, Allpass Delay, Allpass Gain, Pan, and Level settings.
Levels
How individual preset levels alter input/output levels, added to master levels.
Hint
Suggests input levels should be hot but not clipped for best results.
Algorithm 115 - Vocoder
Description
Imparts articulation characteristics of one instrument onto another's timbre and pitch.
Block Diagram
Visual representation of the Vocoder algorithm's signal flow.
Parameters
Details parameters like Formant Speed, Envelope Speed, Formant Shift, Depth, Width, and Mix.
Expert Parameters
Advanced parameters for Max Resonance, Min Error, and Threshold.
Levels
How individual preset levels alter input/output levels, added to master levels.
Hint
Suggests input levels and harmonic synthesis for best results.
Algorithm 116 - Multi-Shift
Description
Optimized for micro-pitch shift, allowing discrete stereo pitch shifting with delay taps and feedback.
Block Diagram
Visual representation of the Multi-Shift algorithm's signal flow.
Parameters
Details parameters like L/R Coarse/Fine, L/R Pitch Delay, L/R Delay, Mix, and Feedback.
Expert Parameters, Outputs
Parameters controlling output levels and panning for pitch shifters and delay taps.
Patching
Guide on connecting basic effect elements to design custom algorithms.
Patch Destinations
Lists available inputs for patching effect elements.
Patch Sources
Lists available outputs for patching effect elements.
Algorithm 117 - Band Delay
Description
Multi-tap delay line with eight outputs connected to bandpass filters for unique effects.
Block Diagram
Visual representation of the Band Delay algorithm's signal flow.
Parameters
Details parameters like Delay, Frequency, Q Factor, Global Pan, Feedback Delay, Feedback, and Mix.
Expert Parameters
Advanced parameters for filter frequencies, Q factors, notes, and note modes.
Levels
How individual preset levels alter input/output levels, added to master levels.
Hint
Notes on filter frequency control sources and tuning filter 1.
Algorithm 118 - String Modeller
Description
Digitally simulates six strings acting as passive resonators, with MIDI keyboard input for plucking.
Block Diagram
Visual representation of the String Modeller algorithm's signal flow.
Parameters
Details parameters like Pitch, Offset, Decay, Release, Sustain, Gate, Freq, Qfac, Bright, and Amounts.
Expert Parameters
Advanced parameters for V/K Decay, Gate, Level, Bright, and Notes/Start settings.
Interesting Ideas
Suggestions for using external input and sympathetic resonance for unique sounds.
Algorithm 119 - Phaser
Description
Mono-in, stereo-out phase shifter with sweepable notches via LFO, envelope, or ADSR.
Block Diagram
Visual representation of the Phaser algorithm's signal flow.
Parameters
Details parameters like Mix, Feedback, Sweep Rate, and Envelope Decay Rate.
Expert Parameters
Advanced parameters for ADSR Rate Scaler, Sweep Mode, Sweep Bottom/Top.
Levels
How individual preset levels alter input/output levels, added to master levels.
Hint
Suggests avoiding dry signal mix and using feedback for better phasing effect.
Algorithm 120 - Studio Sampler
Description
Digitally records and plays back samples, allowing pitch and length editing.
Block Diagram
Visual representation of the Studio Sampler algorithm's signal flow for Mono and Stereo modes.
Recording
Step-by-step guide for recording samples into the H3000, including trigger options.
Playback
How to play back recorded samples, including mono/stereo modes and stutter effects.
Editing
How to edit sample start and end points, and previewing edits.
Parameters
Details parameters for Pitch, Time, Attack, Release, and Mix.
Expert Parameters
Advanced parameters for Triggers and MIDI Mode settings.
Sampler Control
Controls for Shift Mode (constant length vs. generic) for sample playback.
Algorithm 122 - mod factory|one
Description
Modular effects algorithm with delays, filters, LFOs, envelope detectors, and modulators.
Block Diagram
Visual representation of the mod factory|one algorithm's building blocks.
Mod Knobs, Mix and BPM Control
Controls for smooth parameter entry, wet/dry mix, and tempo synchronization.
Filters
Flexible control over timbre using filter modules, with modulation for dynamic envelope or tonal shaping.
Delays
Two delay modules with variable delay amounts, modulation inputs, and BPM sync.
Low Frequency Oscillators
Modules for creating sweep and triggered sweep effects with smooth modulation.
Envelope Detectors
Used to modulate parameters based on signal envelope, providing envelope and ducker outputs.
Amplitude Modulator Parameters
Modules for smoothly varying signal gain, used for autopanning, compression, etc.
Mixer Parameters
Four simple two-input mixers for controlling level, mixing, and feedback loops.
Modulation Scalers
Useful for controlling gain of modulation signals and allowing MIDI control.
Level Parameters
Allows individual preset level adjustments, added to master levels.
Patching Parameters
Parameter affecting preset loading speed, with implications for audio quality.
How to Patch
Step-by-step guide on creating effect patches by connecting inputs and outputs.
Algorithm 123 - mod factory|two
Description
Modular effects algorithm similar to mod factory|one, featuring delays, pitch shifters, LFO, envelope detector, and modulators.
Block Diagram
Visual representation of the mod factory|two algorithm's building blocks.
Mod Knob, Mix and BPM Control
Controls for smooth parameter entry, wet/dry mix, and tempo synchronization.
Filters
Flexible control over timbre using filter modules, with modulation for dynamic envelope or tonal shaping.
Delays
Two delay modules with variable delay amounts, modulation inputs, and BPM sync.
Low Frequency Oscillator
Modules for creating sweep and triggered sweep effects with smooth modulation.
Envelope Detectors
Used to modulate parameters based on signal envelope, providing envelope and ducker outputs.
Amplitude Modulator Parameters
Modules for smoothly varying signal gain, used for autopanning, compression, etc.
Mixer Parameters
Four simple two-input mixers for controlling level, mixing, and feedback loops.
Modulation Scalers
Useful for controlling gain of modulation signals and allowing MIDI control.
Level Parameters
Allows individual preset level adjustments, added to master levels.
Patching Parameters
Parameter affecting preset loading speed, with implications for audio quality.
How to Patch
Step-by-step guide on creating effect patches by connecting inputs and outputs.
Quick Reference
H3000 Presets Guide
Guide to H3000 presets, listing algorithms, descriptions, and available models.
Warranty Information
Limited Warranty
Details the one-year warranty against defects in material and workmanship.
What the Warranty Does and Does Not Cover
Exclusions from warranty, including accident, abuse, shipping damage, and unauthorized modification.
Who is Covered Under the Warranty
Defines warranty coverage for original purchasers from authorized dealers, excluding used or demo units.
When the Warranty Becomes Effective
Determines warranty start date based on purchase or shipment date, and required documentation.
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