6
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modules introduce digital noise to the GND rail
keeping the common resistance as low as pos-
as they invite noise and interference between
modules.
Avoid feeding very quiet signals to your Ti-
miszoara and amplifying the output signal to
compensate. Conversely, observe the adc clip
indicator to avoid overdriving the unit. Use
input attenuators to adjust the signal’s am-
plitude and keep in mind that some program
algorithms may cause internal clipping. In
general, it is physically impossible to prevent
distortion when a loud continuous signal is
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tion, when signal quality is important, many
long reverb and delay effects are unsuitable
for drone-like input, especially raw wave-
forms from oscillators.
fIle STRucTuRe & nAMInG
You can use the factory card included with the
module, or a different card to add more effect
programs. Remember to format a new card
can be written in the assembler language of
the FV-1 chip or designed visually using the
SpinCAD Designer, and they must be compiled
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each program may have no more than 128
delay memory. note: Xaoc Devices do not of-
fer technical support for third-party software.
Timiszoara requires that each compiled bina-
a separate folder with the same name and as-
of all eight programs together with the three
names of their parameters, separated with
Each effect program can have up to three
parameters controlled by the three param
slider potentiometers and their correspond-
ing CV inputs. bank names may be up to eight
characters long. The same goes for parameter
names. program names may be up to nine
for Timiszoara, we recommend following the
structure and naming convention of the fac-
fAcTORY PROGRAMS
Timiszoara comes with a microSD card hold-
ing factory programs covering a wide range
pitch shifters, distortions, glitching, and stut-
tering. Many of these effects perform in stereo
from utilizing most of the resources for a sin-
gle signal path. In such a case, the program
downmixes the stereo signal to mono before
processing. Keep in mind that the total amount
of memory in the FV-1 chip allows for only one
second of delay, which must be split between
