To Next PageTo Next Page
Need help?Do you have a question about the MOTU MIDI Express XT and is the answer not in the manual?
General| Connector 1 | MIDI |
|---|
Warning to avoid electrical shock and fire hazards when using the MOTU USB MIDI interface.
Caution regarding the danger of explosion if the battery is replaced improperly.
Terms and conditions for using the MOTU software, including usage limitations.
Details the ninety (90) day warranty period for MOTU hardware products against defects.
Encourages users to register their product for technical support and updates.
Lists the items included in the MOTU USB MIDI Interface package.
Specifies the operating system and hardware requirements for the MOTU interface.
Instructions for connecting the MOTU interface to a power source.
Guidance on connecting the MOTU interface to the computer via USB.
Explains how to make MIDI connections for devices that send or receive data.
Instructions for connecting additional MIDI devices using the THRU ports.
A tool to help users document their MIDI gear connections.
Guide for connecting external SMPTE time code sources to the interface.
Instructions for routing SMPTE time code from the interface to other devices.
How to connect an audio click source to convert it to MIDI tempo.
Information about the software installer and its process.
Details the drivers and applications installed by the software.
Understanding the naming conventions for MIDI ports in software.
Explanation of the special 'Port All' for MIDI messages.
Introduction to the ClockWorks software program for configuring MOTU interfaces.
Guidance on when ClockWorks is necessary for customizing interface settings.
Description of the main ClockWorks window interface elements.
Accessing and viewing connected MOTU USB MIDI devices.
Steps to start the ClockWorks software on a Windows system.
Steps to resolve issues when the MOTU interface is not detected by ClockWorks.
Explanation of functions available in the ClockWorks File menu.
How ClockWorks reflects and interacts with the MOTU interface hardware.
Restoring the MOTU interface to its default factory settings.
Explains how computer connections are represented in the Routings tab.
Instructions for creating MIDI data routes between devices.
Method for routing a single MIDI input to several outputs simultaneously.
Details on routing MIDI Time Code (MTC) to and from the interface.
Explains the routing of MIDI Machine Control (MMC) commands.
How to route MMC commands from the computer to the interface.
Explains the difference between direct and redistributed MMC signals.
Explains the concept of muting MIDI data types on specific channels.
How to mute specific data types on all channels or cables.
Instructions for muting MIDI beat clocks to prevent unwanted transmission.
Explains how muting and remapping interact within the interface.
Explains the concept of channel mapping for MIDI data.
Provides use cases and instructions for channel mapping.
Description of the transport control buttons for sync and MMC.
Explanation of the different clock modes: Internal, MTC, and LTC.
Details on MMC rehearse and record modes for transport control.
Status indicator for detecting incoming external time code.
Indicator showing successful lockup to an external time base.
Option to manage interface behavior during time code discontinuities.
Adjusts the gain of the SMPTE time code output.
Controls sensitivity to frame changes for detecting parked video.
Enables continuous time code generation when input stops.
Options for configuring the pedal input: None, Momentary, Click to MIDI.
Reverses the direction of pedal input to adjust sensitivity.
How to convert an audio click into MIDI tempo for synchronization.
Adjusting threshold and decay for accurate audio click to MIDI conversion.
Configuring MIDI message and channel for pedal input assignments.
Assigning sysex messages to pedal input for custom control.
Distinction between pre-programmed factory presets and configurable user presets.
Procedure for selecting presets from the front panel of the MIDI Express XT.
Procedure for selecting presets from the front panel of the micro express.
Detailed descriptions and use cases for each factory preset.
Description of the preset optimized for MIDI software at 30 fps.
Description of the preset optimized for MIDI software at 25 fps.
Preset configuration for routing controller data to MIDI outputs.
Preset that routes all incoming MIDI data to all outputs for troubleshooting.
Preset that splits inputs into groups for routing to outputs.
Preset that splits the interface into two sets of inputs and outputs.
Preset for MIDI, time code, and MMC settings for Express XT.
Preset that disables processing, acting as a simple MIDI interface.
How to modify and save user presets using ClockWorks or the interface.
Definition and importance of synchronizing multiple audio/MIDI devices.
Explanation of SMPTE time code, its origin, and its standard.
How to access synchronization settings via ClockWorks.
How the interface locks to incoming SMPTE time code.
Using the freewheel feature to maintain sync during time code interruptions.
Steps to slave a sequencer to SMPTE time code using the interface.
How the interface operates in MIDI Time Code (MTC) sync mode.
Details on using LTC mode for SMPTE time code regeneration.
Technique for generating new SMPTE time code while copying tapes.
Instructions for creating a clean SMPTE time code track.
Explanation of how MMC controllers send commands to devices.
Optimal configuration for using MMC with the MOTU interface as a hub.
Requirements for MMC control of video decks via the interface.
How to set or change the MMC device ID for the interface.
Steps to configure software to slave to MTC generated by the interface.
Setting up computer software to act as the MMC transport master.
How to route MTC from the interface to control external devices.
Connecting and configuring external MMC control surfaces like CuePoint.
Setting up devices that transmit LTC or MTC to act as time code masters.
Explanation of Cathode Ray Tube.
Interference on a track from an adjacent track on a tape recorder.
An initial or standard value or configuration setting.
SMPTE time code format compensating for color video timing errors.
An empty track adjacent to LTC to prevent crosstalk.
VTR mode that erases and records all tracks simultaneously.
Period in video display where electron beam retraces.
Connecting all video equipment to a single sync generator.
One of the MIDI IN jacks in a MIDI Time Piece network.
VTR mode recording on specific tracks without affecting others.
Time code digitized within the MIDI format, expressing hours, minutes, seconds, frames.
Connecting MIDI Time Pieces via their NETWORK serial ports.
SMPTE time code format that does not skip frames.
Color information coding system for broadcasting television.
System of coding color information similar to NTSC.
An itemized description of commands, often for setups or modifiers.
Computer or software capable of recording and playing back audio/MIDI data.
Society of Motion Picture and Television Engineers timing standard.
Series of binary impulses indicating location on film, video, or audio.
Area on tape between frames where VITC is recorded.
One half of a complete video scanning cycle.
One complete video scanning cycle.
SMPTE time code expressed in video form, recorded in vertical blanking.
A device capable of recording and playing back video tape.
Definition of synchronization as events occurring at the same point in time.
Explanation of SMPTE time code, its origin, and its international standard status.
Comparison of Longitudinal Time Code (LTC) and Vertical Interval Time Code (VITC).
Explanation of Longitudinal Time Code as the audio form of SMPTE time code.
Explanation of Vertical Interval Time Code encoded in the video signal.
Discussion on the usage advantages of VITC over LTC for synchronization.
Guidance on selecting between LTC and VITC for different applications.
Overview of different SMPTE time code formats based on frames per second.
Explanation of the Drop Frame SMPTE time code format and its function.
Detailed explanation of how Drop Frame time code accounts for timing differences.
Guidance on when Drop Frame time code is necessary versus non-drop.
Explanation of the process of synchronizing devices using SMPTE time code.
Explanation of MIDI Time Code format and its use in synchronization.
Steps required to synchronize the MOTU interface to SMPTE time code.
General advice and common issues encountered with the interface.
Troubleshooting steps for issues related to SMPTE synchronization.
Tips for effective troubleshooting, including documenting problems.
Contact details and required information for technical support.
Information on obtaining replacement software CDs or downloads.
