Uninstalling The Dedicated Software; Uninstalling The Windows Dedicated Software; Uninstalling The Mac Dedicated Software; Opening The Settings Panel - Teac Tascam 16 Mode D'emploi

11 - USB audio interface functions

Uninstalling the dedicated software

NOTE
Normally, there is no need to uninstall the dedicated
software. Follow these procedures if a problem occurs or you
no longer intend to use the unit with the computer.
Uninstalling the Windows dedicated
software
1. Open the "Uninstall or change a program" screen using the
procedures for the operating system being used (Windows
10/Windows 8.1/Windows 7).
2. Select "TASCAM Model_Mixer x.xx" from the list, and
double-click it.
3. Then, follow the instructions that appear on the screen.

Uninstalling the Mac dedicated software

Delete "TASCAM Model_Mixer" from the Application folder to
complete uninstallation.

Opening the Settings Panel

Open the Settings Panel in the following manner.

Windows

p From the "Start" menu select "TASCAM Model Mixer" under
"TASCAM".

Mac

p On the Launchpad, click "TASCAM Model Mixer".
p Using the Finder, open the Applications folder and click
"TASCAM Model Mixer" to open the Settings Panel.
p In the Audio Devices window of the Audio MIDI Setup
application, control-click (right-click) "TASCAM Model Mixer".
Alternatively, click the button and click "Configure
device..." from the menu that appears to open the Settings
Panel.
54
TASCAM Model 16

Settings Panel overview

Windows Settings Panel
Mac Settings Panel
1 Status display area
This shows the current status of the software.
Item displayed Meaning
Software Ver
This is the software version.
This is the firmware version used by the
Firmware Ver
connected unit.
This is the name of the connected unit.
Device
(No Device is shown when no device is
connected.)
This shows the sampling frequency of
the current song.
Sample Rate
If an SD card is not loaded, this shows
the sampling frequency set by the
computer.
2 Buffer Size (Windows only)
You can adjust the size of the buffer used to handle the
audio input and output signals transferred to and from the
computer.
Smaller buffer sizes result in less audio signal delay (latency),
but require high-speed processing by the computer.
If the processing cannot keep up, for example, due to other
system operations, clicking and popping noises might occur
and the audio signal might even drop out.
Increasing the buffer size will stabilize operation and
suppress negative effects on audio signals, but the delay in
audio signals sent to the computer will increase.
You can use the slider on the panel to adjust the buffer size
for this unit according to the use conditions.
Options
4, 8, 16, 24, 32, 64, 128, 256 (default), 512,1024, 2048