Digital Audio Labs LIVEMIX DA-816 사용자 설명서 - 페이지 10
{카테고리_이름} Digital Audio Labs LIVEMIX DA-816에 대한 사용자 설명서을 온라인으로 검색하거나 PDF를 다운로드하세요. Digital Audio Labs LIVEMIX DA-816 13 페이지.
Digital Audio Labs LIVEMIX DA-816에 대해서도 마찬가지입니다: 사용자 설명서 (13 페이지)
ASSIGNING A MIX WITH THE CS-DUO
Any Control Surface Port on the MIX-16/32 can be assigned to one of the DA-816 outputs. The
assignments can be made or changed easily with the CS-DUO personal mixer. Assignments will be
saved with the Global Template.
A CS-DUO must be physically plugged into a
MIX-16/32 port to send audio to an external device. If
a mix that is assigned to a DA-816 output is physically
disconnected or not present that output will not send
audio.
TO ENTER THE DA-816 SETUP ON THE CS-DUO
1. PRESS the Mix Tools button on the Channel
Overview screen
2. PRESS the Global Setup button
3. PRESS the DA-816 Mix Assign button
ASSIGNING A MIX TO A DA-816 OUTPUT
The 8 purple slots represent the available outputs.
When a mix is assigned to one or more of the outputs,
the Control Surface Port and mix name (if available) will
be visible in the slot.
1. From the Select DA-816 Output screen, select an
output you wish to assign (image 1).
2. The screen will change to display the MIX-16/32
Control Surface ports (image 2). Each slot is
labeled with the loaded mix name (1) and control
surface port identification (2). If a mixed isn't
loaded, the mix name section will be blank (3). It
is possible to assign Control Surface Ports even
if CS-DUOs are not connected. Please note that
audio will not be present on that output.
You do not need to have a mix loaded to assign
that mix to a DA-816 output, but it is a good idea
to name/save the mixes for easier identification.
3. To assign the A side (blue) mix of the unit
connected to Port 2, PRESS 2A.
4. You will now see the assignment in the DA-816
Output screen.
If you are using two DA-816's, you will be able to
select the outputs on the first or second DA-816. The
selected DA-816 will have a white border (image 3).
LIVEMIX DA-816
image 1
image 2
image 3
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