Z
This could be e.g.
Emagic Logic Audio,
Cakewalk Sonar,
Steinberg Cubase, Adobe
Audition…
Z
Please see section
“USB Audio Latency” in
“The UCON Settings”!
24 bit * 44100Hz = 1058400 bit per
second
1058400 bit/s = 129Kbyte/second
60 seconds * 60 minutes * 16 tracks
= 57600 seconds
1Kbyte *57600 seconds = approx. 7
Gbyte
Depending on the audio software, there is mostly
more data stored. Always plan about 1/3 more
memory than calculated.
That means you need quite a modern hard drive
with at least 10 Gbyte of memory and a high
saving rate.
Needless to say, the affected computer should be
of a newer date, to reliably process that amount
of data in the given time.
The software
You need a multitrack-capable software, which
can reliably record the audio signals of the
UCON. The software communicates with the
UCON via the audio driver. In our example there
are actually two that are of concern: the
“classical” MME drivers, or the ASIO drivers.
The setup
Since, when recording, the audio data has to be
transported between the computer and the
UCON distortion-free and error-less, the USB
Audio Latency has to be adjusted perfectly.
Check the corresponding settings! Choose bigger
values (e.g. 10-20ms) to keep the system load
small. Start your preferred audio application and
choose the “ASIO UCON CX”-driver or the
Multimedia driver, in “Audio Settings” or
“Audio Options” from within the software. The
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Summary of Contents for UCON CX
Page 1: ...UCON CX User s Guide...
Page 6: ...4...
Page 12: ...Connectors Here is one example of how the UCON can be set up in a music studio environment 10...
Page 33: ...31...
Page 53: ...51...
