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General| Type | MIDI Controller |
|---|---|
| Number of Channels | 16 |
| Faders | 16 |
| MIDI Output | 1 |
| Memory Locations | 100 |
| Fader Type | Motorized |
| MIDI I/O | In/Out |
| Power Supply | 9VAC (Adapter Included) |
Details different firmware versions and their changes.
Discusses checksum calculations and global channel bytes for SysEx.
Introduces new button functions like Send Fader, Note Capture, and Fader ID.
Utility to reset a preset to its original state, aiding memory management.
New capabilities for scene management, including linking and initialization.
Details the 16 faders and 16 programmable buttons.
Covers the Data Wheel, Display Window, and Direction Buttons.
Explains the Edit, Utility, Copy, Scene, Enter, and Exit buttons.
Details power input, switch, MIDI IN/OUT, and CV/Footswitch ports.
Describes the CV 1 and CV 2/Footswitch inputs.
Guides users through setting up connections for various applications.
Explains direct, between-device, and two-way MIDI connection types.
Covers how to change presets and send current values.
Explains how to cancel filtering modes using the Exit button.
Explains navigation using direction buttons and the data wheel.
Details the purpose of Edit, Utility, Scene, Copy, Enter, and Exit buttons.
Guides users on accessing and scrolling through utility pages and parameters.
Covers adjusting display contrast and setting MIDI input/output channels.
Explains using 'gc' and 'dv' byte designations for global settings.
Allows users to select which MIDI messages pass through the unit.
Assigns MIDI program changes to recall presets or send scenes.
Manages incoming program changes and current MIDI map settings.
Transmits all internal data (presets, scenes, globals) over MIDI for backup.
Allows global assignment of footswitches to emulate front panel buttons.
Sets global device ID and the note recording receive channel.
Adjusts delays for SysEx messages to prevent data choking.
Configures remote control of buttons via MIDI notes or program changes.
Resets specific presets to default, useful for freeing memory.
Shows available and used memory for presets.
Explains what scenes are and their purpose in saving settings.
Details procedures for transmitting and saving scene data.
Dissociates a stored scene from any preset.
Links scenes to presets for automatic transmission upon recall.
Resets all presets, settings, and scene data to factory defaults.
Resets specific presets, aiding in memory management.
Explains how to enter edit mode and the items available for editing.
Details the process of naming and saving modified presets.
Covers leaving edit mode and handling unsaved changes.
Explains using 'gc' and 'dv' byte designations in MIDI strings.
Shows an example of programming a fader with global settings.
Assigning functions and naming individual faders.
Setting fader functions to 'No Message' or 'Continuous Controller'.
Defines the output range for fader movements.
Configures how faders interact with incoming controller messages (Merge, Replace, Update).
Setting a fader to control other faders or CV inputs.
Assigning custom hexadecimal MIDI messages to faders.
Programming checksums for SysEx messages within fader strings.
Using 'gc' and 'dv' in strings to reference global MIDI settings.
Capturing SysEx messages to automatically create fader strings.
Process for saving modified fader settings to presets.
Assigning functions and naming individual buttons.
Using buttons to display associated fader names.
Assigning buttons to mute or solo associated faders.
Assigning buttons to send Program Change or Note On/Off messages.
Assigning custom hexadecimal MIDI messages to buttons.
Configuring separate messages for button press/release and toggling between strings.
Using 'gc' and 'dv' in button strings to reference global MIDI settings.
Using remote velocity for button note events.
Capturing MIDI messages to automatically create button strings.
Recording sequences of notes for programming button chords.
Further details on recording note streams and chord programming.
Using the All Notes Off command to silence held notes.
Assigning buttons to send fader values or entire scenes.
Process for saving modified button settings to presets.
Programming CV 1 and CV 2 inputs, similar to fader editing.
Details on dual footswitch setup and data wheel programming.
Configuring MIDI messages sent with presets for bank, program, and volume.
Detailed explanation of MIDI bank select message structure.
Links scenes to presets for automatic transmission upon preset recall.
Editing MIDI strings and capturing SysEx messages for set-up data.
Copying entire presets or scenes directly.
Copying specific items (faders, buttons) into the edit buffer.
SysEx commands for recalling presets, sending/receiving all data.
SysEx commands for requesting specific data or writing edit buffers.
Explains how 'pr' bytes are computed and format choices for MIDI strings.
Details basic and multi-byte formats for MIDI data values.
Details formats using nibbles (4-bit groups) for MIDI data.
Explains Binary Coded Decimal formats for MIDI parameters.
Details support for channel messages like Note, Pitch Bend, Control Change.
Details support for System Exclusive, Common, and Real-Time messages.
Lists common MIDI controllers and their functions.
Lists general purpose, effect, and reserved MIDI controllers.
Introduction to Binary, Decimal, and Hexadecimal numbering for MIDI.
Explanation of binary values, bits, and bytes in MIDI.
Chart and explanation of converting binary to hexadecimal values.
Demonstrates common hexadecimal representations and their meanings.
Explains how bytes are sliced into nibbles and represented in hex.
Discusses the prevalence of hexadecimal numbers in synthesizer contexts.
Describes MIDI messages with embedded channel information.
Details SysEx messages used for specific device communication.
Discusses common system messages used in MIDI.
Describes real-time messages crucial for sequencing and performance.
Lists the improvements and new features of the PC1600X over the original PC1600.
Mentions the larger encoder wheel as the only physical difference.
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