TASCAM DM-24 Installation and Use Owners Manual - Page 114

High sampling frequency I/O

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15 - High sampling frequency-Channels, etc. High sampling frequency I/O The following explains how the I/O assignments are changed when high sampling frequency is selected. groups. The eight output busses are therefore split between two groups (the first four going to the first group selected, and the second four to the second group). The number of direct outputs is also reduced in this mode, from 16 to 8. Instead of being divided into groups of eight, as in the usual assignment screens ("Setting up the I/O" on page 36), these are selected using groups of four, as shown in the figure above. Eight channels are shown on screen at one time. The second group of eight channels (the second four of which cannot accept signals from the mic/line inputs) is shown here: Finally, the screen in which the assignable sends are used in high frequency sampling mode differs slightly from the usual: Note how the usual eight channels of the TDIF connectors are reduced to four in this mode. The output screen changes as shown here, as only four output channels are available on each output There are only two assignable sends and returns (the physical connectors used here are 1 and 2). Only two channels of master compressors are available in high sampling frequency. In other respects, this screen operates in the same way as its normal sampling frequency counterpart. 114 TASCAM DM-24 Reference Manual

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15 – High sampling frequency—Channels, etc.
114
TASCAM DM-24 Reference Manual
High sampling frequency I/O
The following explains how the I/O assignments are
changed when high sampling frequency is selected.
Instead of being divided into groups of eight, as in
the usual assignment screens (“Setting up the I/O” on
page 36), these are selected using groups of four, as
shown in the figure above.
Eight channels are shown on screen at one time.
The second group of eight channels (the second four
of which cannot accept signals from the mic/line
inputs) is shown here:
Note how the usual eight channels of the TDIF con-
nectors are reduced to four in this mode.
The output screen changes as shown here, as only
four output channels are available on each output
groups. The eight output busses are therefore split
between two groups (the first four going to the first
group selected, and the second four to the second
group). The number of direct outputs is also reduced
in this mode, from 16 to 8.
Finally, the screen in which the assignable sends are
used in high frequency sampling mode differs
slightly from the usual:
There are only two assignable sends and returns (the
physical connectors used here are 1 and 2).
Only two channels of master compressors are avail-
able in high sampling frequency.
In other respects, this screen operates in the same
way as its normal sampling frequency counterpart.