nord modular G2 User Manual

11. Module reference: Sequencer group NORD MODULAR G2 V1.1
Page 186
S
SS
S
E
EE
ER
RR
RI
II
IA
AA
AL
LL
L C
CC
CO
OO
ON
NN
NN
NN
NE
EE
EC
CC
CT
TT
TI
II
IO
OO
ON
NN
N
1
1 1
1
In this example we have created a 32 step sequence based on two “serially connected” Ctrl Sequencer
modules.
The Loop mode of the sequencers in this example must be set to off, otherwise they will continue to loop
after their last steps and this is not what we want. When the signal from the first sequencer’s Link output
resets the second sequencer, the second sequencer will start sequencing its 16 steps. The first sequencer
will be inactive until it receives a Sync signal on its Rst input from the Clock Generator. Note that the
Sync parameter of the Clock Generator is set to 8 beats. If set to the default 4 beats, the first sequencer
will automatically restart after 16 steps even though Loop mode is off.
To be able to route the control signals from both sequencers to a common destination without needing
to use a mixer module, connect the Control signal Out from the first sequencer to the Control signal In
of the second sequencer. This way, the control signal from the first sequencer will be throughput via the
second sequencer’s Control signal Out even when it’s not running.
S
SS
S
E
EE
ER
RR
RI
II
IA
AA
AL
LL
L C
CC
CO
OO
ON
NN
NN
NN
NE
EE
EC
CC
CT
TT
TI
II
IO
OO
ON
NN
N
2 -
2 - 2 -
2 -
W
WW
WI
II
IT
TT
TH
HH
H K
KK
KE
EE
EY
YY
YB
BB
BO
OO
OA
AA
AR
RR
RD
DD
D R
RR
RE
EE
ES
SS
ST
TT
TA
AA
AR
RR
RT
TT
T
In some situations you may want to restart a sequencer by pressing a new key on the keyboard, for exam-
ple when sequencing a bass line. In a serial connection you can do like this to make it work:
Connect the Gate output of the Keyboard module to the first sequencer’s Rst input (green cable). We
don’t use the Clock Generator’s Sync output because we want to manually restart the sequence. To make
the first sequencer start over again after the second sequencer’s last step, we patch the second sequencer’s
Link output to the first sequencer’s Loop input (purple cable). This way the whole sequence will loop
automatically. Now, if we press a new key when the sequence is somewhere between steps 17 and 32 we

nord modular G2 Specifications

General

Year Released	2004
Polyphony	Varies depending on patch complexity
Oscillators	Multiple, user-configurable
LFOs	Multiple, user-configurable
Inputs	4 x 1/4" (audio)
Outputs	4 x 1/4" (audio)
MIDI	In, Out, Thru
USB	Yes
Display	LCD
Sequencer	Yes
Keyboard	No (desktop module)
Effects	Unlimited (dependent on DSP resources)

Summary

1. Introduction

Welcome!

Welcome message and introduction to modular synthesis concepts.

About the Nord Modular G2 System

Description of the G2 system's components: synthesizer and editor software.

About This Manual

Information on how controls, displays, and the keyboard are referenced in the manual.

2. Overview

Nord Modular G2 Front Panel

Overview of the G2's front panel layout and controls.

Left Panel Section Controls

Details on Master Level, Mic Level, System, Patch, Store, and Navigator controls.

Right Panel Section Controls

Description of assignable knobs, buttons, displays, variation/morph buttons.

Nord Modular G2 Engine Front Panel

Overview of the G2 Engine's front panel controls and indicators.

3. Synth Quick Tour

Check Out Some Patches!

Guide to exploring and auditioning pre-loaded Patches on the G2.

Variations (Patch Parameter Variations)

Explanation of how to use and create parameter variations within a Patch.

Check Out Some Performances

Guidance on loading, editing, and managing Performances.

4. Software Installation

Editor System Requirements

Minimum PC specifications for running the Nord Modular G2 Editor.

Installation of the USB Driver

Steps to install the USB driver for PC-synth communication.

Installation of the Editor

Procedure for installing the Nord Modular G2 Editor software.

5. Basic Functions

Introduction to the Nord Modular G2

Overview of modular synthesis, modules, connections, and parameters.

Signals in the Patch

Explanation of signal types (audio, control, logic) and their characteristics.

General Module Parameter Types

Description of parameter controls: buttons, knobs, sliders, drop-down selectors.

6. Patches

What is a Patch?

Definition of a Patch as a module configuration for sound generation.

Creating Your First Patch

A tutorial on building a basic subtractive synthesis patch.

Patches (in-depth)

Detailed guide to creating, editing, managing, and saving Patches.

6. Patches: Knobs and Controllers

Assign a Parameter to a Knob

Methods for assigning module parameters to assignable knobs.

Move Assigned Parameters

How to move parameter assignments between knobs or pages.

6. Patches: Morph groups

Assign Parameters to a Morph Group

Procedure for assigning parameters to Morph groups.

Morph Groups in Separate Variations

How Morph group assignments can differ between Patch Variations.

7. Performances

What is a Performance?

Definition and purpose of a Performance setup.

Uploading a Performance to the Editor

Steps to transfer a Performance from the synth to the Editor.

Creating a Performance in the Editor

Guide to setting up Patches for Slots and creating a new Performance.

8. Working with the Synth

Panel Controls Overview

Overview of the synth's front panel controls.

Left Panel Section Controls

Description of Master Level, Mic Level, MIDI LED, and System/Patch buttons.

Right Panel Section Controls

Details on assignable knobs, displays, performance controls, and shift buttons.

8. Working with the synth: Load a Patch from memory

Load a Patch from Memory

Instructions for loading Patches into synth Slots.

Search for and Load a Patch

Methods for searching and loading Patches by memory location or category.

9. Working with the Editor

File Menu Operations

Editor functions for managing files: New, Open, Save.

Edit Menu Operations

Tools for editing modules and parameters, including cut, copy, paste.

Patch Menu Operations

Editor functions for Patch settings, Textpad, and module management.

10. MIDI Implementation

MIDI Implementation Chart

Chart detailing MIDI messages transmitted and recognized by the G2.

MIDI Controllers

Explanation of MIDI controller assignment and usage.

11. Module Reference

In/Out Group Modules

Modules for managing audio and control signals, inputs, and outputs.

Common In/Out Module Parameters

Definitions of audio signal channels, buses, and common I/O parameters.

Oscillator Group Modules

Details on the various oscillator modules and their parameters.

12. Synthesis Basics

Subtractive Synthesis

Fundamental concepts of subtractive synthesis and core modules.

Modules - The Building Blocks

Explanation of Oscillator, Filter, and Amplifier modules.

Connections in a Synthesizer

Basic synthesizer module connections and signal flow.

12. Synthesis Basics: The Oscillators and Waveforms

Pitch and Waveform Characteristics

Explanation of oscillator pitch, frequency, and waveform types.

Waveform Spectra and Harmonics

Understanding harmonic content and spectral displays of common waveforms.

12. Synthesis Basics: The Filter

Filter Types and Characteristics

Description of common filter types: Lowpass, Highpass, Bandpass, and Notch filters.

Cutoff Frequency and Keyboard Tracking

Explanation of cutoff frequency, filter sweeping, and keyboard tracking.

12. Synthesis Basics: The Amplifier

The Amplifier

Role of the amplifier in shaping sound volume and timbre.

Envelopes

Introduction to envelope generators and their use in shaping sound.

12. Synthesis Basics: LFOs

AD-Envelope

Description of the AD-envelope and its suitability for modulating sound start.

LFOs

Explanation of Low Frequency Oscillators and their use as modulators.

12. Synthesis Basics: Additive Synthesis

Creating a Waveform

Demonstration of building a waveform by adding sine waves.

12. Synthesis Basics: Other Synthesis and Modulation Methods

FM Synthesis

Explanation of Frequency Modulation and its sonic characteristics.

AM Synthesis

Description of Amplitude Modulation and its effect on sound.

Ring Modulation

Explanation of Ring Modulation and its difference from Amplitude Modulation.