M-Audio MIDISPORT 8x8/s [43/52] Flywheeling
![M-Audio MIDISPORT 8x8/s [43/52] Flywheeling](/views2/1020523/page43/bg2b.png)
The MIDISPORT 8x8/s is capable of reading and writing SMPTE User Bit
groups U1 through U8. The values of the User Bits output during writing may be
set with the Remote Control software. When reading User Bits from an incoming
source, a MIDI User Bits message is sent to the application each time sync is
acquired and whenever a change in User Bits is detected.
SMPTE Offset
An “offset” is the starting time of the first frame of time code and may be set to
any time value in the range 00:00:00:00 through 23:59:59:29. Usually, you can set
your offset to any value in this range, but sometimes the production
environment will dictate the offset requirements. The MIDISPORT 8x8/s has a
default write offset of 01:00:00:00. If you need to change the offset time, you may
do so via the supplied Windows Remote Control software.
IMPORTANT: Try to avoid high offsets that may wrap around (from 23:59:59:29
back to 00:00:00:00). Some programs become confused by this wrap-around.
Choose an offset that will allow your entire session to be striped without rolling
over the 24:00:00:00 time code value.
At times, you may be given a tape with SMPTE already on it. The offset time on
the tape you receive will affect the start time that you set for your MIDI
sequencing. For example, if the time code on the tape starts at 02:00:00:00 (a 2-
hour offset) and you need to start your sequence playing 3 minutes, 30 seconds
into the work, you should set the sequencer start time to 02:03:30:00.
Because MTC requires 8 quarter-frame messages to send a full frame of time
code, a minimum of 2 to 4 frames will be needed for a sequencer to first sync up
to a running SMPTE. Therefore, when syncing a MIDI sequencer or any program
to time code, it is a good idea to set your sequence start time to a few seconds
later than the offset of the time code on tape. In other words, give your
sequencer some time to acquire sync and stabilize before it begins playing back.
For example, if your tape starting offset is 01:00:00:00, then set the sequence start
time to 01:00:05:00, which is 5 seconds later. This is also known as a 5-second
pre-roll. Some sequencers will actually allow you to directly set the “pre-roll”
time to a specific number of seconds. These programs will automatically sync up
to an incoming MTC source for that pre-roll amount, and then start playing.
Flywheeling
Due to the nature of magnetic tape, sometimes drop-outs occur on the tape and
leave gaps in the recorded time code. When a drop-out or other media
corruption occurs at the sync source and there is a resulting period of corrupted
time code, the MIDISPORT 8x8/s continues to “flywheel,” outputting time code
from the last properly received frame and incrementing at the proper frame rate.
This flywheeling continues until valid time code reappears on the MIDISPORT
8x8/s SMPTE input or until a preset time-out occurs. The length of this time-out
period is called the “Flywheel Time.” The MIDISPORT 8x8/s flywheel time may
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Содержание
- Manual 1
- Midisport 8x 1
- Table of contents 1
- Features 2
- Introduction 2
- Front panel 3
- Package contents 3
- Product layout 3
- Back panel 4
- Overview 5
- Quick guide to getting started 6
- Hardware installation 7
- Driver software installation 8
- Usb driver installation for windows 98 9
- Usb driver installation for windows 98 and higher 9
- Usb driver installation for windows 2000 10
- Usb driver installation on the mac 11
- Serial driver installation for windows 98 or 2000 13
- Serial driver installation for windows 95 14
- Serial port configuration in windows 15
- Serial driver installation on the mac 16
- Midi interface modes 17
- Stand alone modes 18
- Midisport mode assignments 19
- Usb mode 19
- Mac mode 20
- Pc mode 20
- Cable test mode 21
- Thru mode 21
- Patchbay operation 22
- Smpte operation 22
- Smpte reader 23
- Smpte writer 23
- Smpte write button 24
- Setting up your midi studio 25
- Smpte format button 25
- Typical midi system set up 25
- Using the midisport in your application software 27
- Midisport remote control software 28
- Remote control windows installation 28
- Remote control mac installation 29
- Remote control operation 29
- Configuration names 30
- To set flywheel 30
- To set smpte frame rate 30
- To set smpte start time 30
- To set user bits 30
- File always on top 31
- File confirm exit 31
- File delete config 31
- File load config 31
- File save config 31
- Windows menus 31
- File exit 32
- File new setting 32
- File open setting 32
- Hardware current status 32
- Hardware patchbay 32
- Hardware smpte test 32
- Help about 32
- Macintosh menus 32
- Edit cut copy and paste 33
- File close 33
- File quit 33
- File revert to saved 33
- File save as default 33
- File save settings or file save as 33
- Hardware current status 34
- Remote control patchbay operation 34
- Select patchbay 34
- The select menu 34
- Changing programs using program change messages 35
- Setting patchbay programs 35
- Changing programs using the front panel reset switch 36
- Diagnostics software 36
- Pc diagnostics application 36
- Mac diagnostic application 37
- Internal hardware test 38
- Test results for mac or pc 38
- Internal buffers test 39
- Receive interrupt test 39
- Transmit receive test 39
- Smpte i o test 40
- Smpte midi time code tutorial 40
- What is midi time code mtc 40
- What is smpte time code 40
- About frame rates 41
- Smpte and mtc user bits 42
- What frame rate and settings should you use 42
- Flywheeling 43
- Smpte offset 43
- Recording a smpte stripe writing smpte 44
- Syncing to a smpte stripe 45
- Interface trouble shooting 46
- Trouble shooting 46
- Serial port trouble shooting 47
- Are your smpte audio cables good 48
- Syncing trouble shooting 48
- Before calling tech support 49
- Limited lifetime warranty 50
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