Xaoc Devices Moskwa II User manual
MOSKWA
roto
sequencer ii
Model of 1965
operator’s manual rev. 1965/2.0
2
SALUT
Thank you for buying this Xaoc Devices product.
Moskwa II is an eight-step sequencer generat-
ing two kinds of signals: gate/trigger and CV.
Designed with live sequence programming in
mind, Moskwa II takes inspiration from classic
analog sequencers and greatly expands on their
functionality surpassing our original Moskwa
rotosequencer, while retaining the same size,
basic panel structure, and operation principles.
At the core of the module is an eight-step CV se-
quencer and a parallel eight-step gate/trigger
sequencer. Together these sequencers provide the
single pair of CV and gate/trigger signals neces-
sary to play looped eight-note musical phrases
typical of old-school analog sequencers. These
two signals (CV and gate/trigger) can be used
separately to trigger different events in your sys-
tem and modulate any parameters expecting CV
(e.g. in the available bipolar mode). The CV can
limiter. The tempo of the sequence is set by an
internal or external clock which allows for syn-
chronization with other modules in the system.
The incoming clock rate can be internally divided
or multiplied.
In addition to these basic functions, Moskwa II
offers more unique, advanced features, such as
eight independent gate/trigger pattern genera-
tors (one for each step of the sequence). You can
treat them like a sequencer within the sequencer
offering eight microsteps for each main sequence
step. This allows for programming complex gate/
trigger rhythmic patterns (e.g. step repeat, addi-
tional pauses, microtiming, or swing effect).
Moskwa II features two independent random-
ization sections that give the user advanced
control over the optional chaotic/random
change of various sequence parameters. Top-
ping it all off, Moskwa II can store eight presets
to be loaded at any time.
All these unique functions allow Moskwa II to
generate longer and more complex sequences
than those produced by traditional 8-step se-
quencers.
module
explained
clock signal
step on/off
pattern gate
cv level
possible sequence step structure example
1 32
step: on,
pattern: eight steps,
div mode, gate: half
step: offstep: on,
pattern: three steps,
mult mode, gate: half,
glide eefect: slew
limiter active on step
3
INSTALLATION & SETUP
The module requires 20hp worth of free space
in the Eurorack cabinet. Always turn the pow-
er off before plugging the module into the bus
board using the supplied ribbon cable. Pay
close attention to power cable pinout and ori-
entation. The red stripe indicates the negative
rail and should match the dot or –12V mark
on both the bus board and the unit. Moskwa is
internally secured against reversed power con-
nection, however, rotating the 16-pin header
may cause serious damage to other com-
ponents of your system because it will short
circuit the +12V and +5V power lines. Always
pay particularly close attention to the proper
orientation of your ribbon cable on both sides!
Do not attach the power ribbon cable to the
Ostankino expander connector! connecting
the power cable to an incorrect head-
er will destroy your module! The unit
should be fastened by mounting the supplied
screws before powering up. To better under-
stand the device, we strongly advise the user
to read through the entire manual before use.
PANEL OVERVIEW
Moskwa’s panel is divided into four function-
al sections with a row of inputs/outputs at
the bottom of the module. In the center is the
transport button 1surrounded by three
red knobs. The button starts and pauses the
sequence, while the three knobs adjust the
main sequence parameters. rate 2adjusts
the frequency of the built-in clock, thus setting
the tempo of the sequence (12 to 2400 BPM).
When an external clock is patched into the ext
clock input 3, the rate knob allows for di-
vision or multiplication of its rate. range 4
adjusts the amplitude of the signal present at
the cv out output 5(adjustable in quantized
1V increments). Moskwa produces CV within
the 0–8 V or ±5V range (see: “Global Settings”).
The inner ring around the range knob indi-
cates value increments for 0-8 V, the outer ring
does the same for ±5V. reset sets 6the num-
ber of steps in the sequence (1–8).
The three main knobs are circled by eight po-
tentiometers and eight buttons—a pair for each
3 5 74 6 8
step: on,
pattern: four steps,
div mode, gate: half
step: on,
pattern: off,
gate: merge,
glide eefect: slew
limiter active on step
step: on,
pattern: off,
gate: half
step: on,
pattern: off,
gate: trig
step: off step: off
4
step 7. This section uses the knobs to set the
CV value present at the CV output for each step
and uses the buttons to activate/deactivate
each respective step. An active step generates
signal at the gate out output 8. Note that
the cv out always sends the voltage set for each
step, regardless of whether the step is active.
Moskwa is equipped with three inputs situated
at the bottom left of the panel that allow for re-
al-time playback interaction. The transport
input 9pauses the sequence (see: “Global Set-
tings” section), the reset input 10 resets the
direction
input 11 reverses the direction of the sequence.
At the top of the panel, there are three smaller
knobs and three buttons. The rand play knob
12 gradually mutates the sequence resulting in
some steps being randomly replaced by other
steps from the same sequence. Turning the knob
clockwise increases the probability of replacing
the next step with another step chosen random-
ly and returning the knob to 0 returns the se-
quence to the current panel settings. The slew
knob 13 sets the global slew time from zero up
to the length of a whole step. The probability
knob 14 increases the probability of random
setting inversions (activated by steps 2-4 in
the step mode, see: “Step Settings” section). The
value set by the potentiometer is common for
all the steps, but for each step, the draw is per-
formed individually, so the result can be differ-
ent for each step. The custom/shift button 15
activates a custom sequence (see: “Custom Se-
quence” section below), and also acts as a shift
control giving access to secondary functions.
The step/quant button 16 chooses the step
mode (single press), or the quantization menu
(press and hold). The patt/preset button 17
activates the pattern mode (single press), or
the preset manager (press and hold).
front panel
overview
2
6
9
12
15
10
1
5
interface
13
8
14
4
5
16 17
7
311
6
Each button has a LED indicating various
modes of operation and to help the user navi-
gate the more advanced functions—without the
need for menu diving!
MODES: STEP & PATTERN
Most adjustments are performed in two main
operational modes: step mode and pattern
mode. The principal functionality for both
events. Press the corresponding step or patt
button to select the mode as indicated by the
adjacent LED appearing yellow.
STEP MODE
In the step mode, the step buttons activate and
deactivate the gate/trigger signal for each se-
quence step similar to a traditional sequencer.
You deactivate the step to create a pause for the
duration of that particular step. To enter the
advanced settings for a step, press and hold the
step button for one second. More details on the
advanced settings are presented later in this user
manual.
PATTERN MODE
Each step can have an unique pattern—a
micro-sequence of up to eight gates/triggers
played at the moment the main sequence step
is triggered.
Patterns enable the user to achieve ratchet-
ing, repeat steps, move the gate/trigger signal
within the duration of the step to achieve swing,
lengthen the step duration, or introduce a pause.
When a pattern is active, it replaces the default
single gate/trigger on the given step of the
main sequence with a micro sequence of up to
eight gate/triggers. Depending on the pattern
playback mode, each step button will be illumi-
nated red or orange, and the sequence step will
last either one clock cycle, or up to eight clock
cycles (for details see: below). Remember – if the
given step is inactive, even an active pattern on
that particular step will not produce any gate/
trigger signal.
QUANTIZATION
Pressing and holding the step/quant button
for one second activates the quantization set-
tings. This mode is indicated by a red LED next
to the step/quant button.
The quantizer gives you access to eight scales
selected via the step buttons. The active scale
is indicated by a green backlight. When you
choose one of the scales and then send Moskwa’s
CV output to a frequency input of a 1V/oct os-
cillator, the step knobs select note values corre-
sponding to the given scale. Don’t forget to tune
your oscillator to the root note of your choosing.
To exit the quantizer settings, push either of the
main mode buttons, step or patt.
Available scales: chromatic, major, minor,
major pentatonic, minor pentatonic, ake-
bono, arabian, phrygian.
CUSTOM SEQUENCE
The shift/custom button allows for program-
ming a unique step combination as a custom
sequence. This function is available only in the
step mode. To program a custom sequence,
press and hold the shift/custom button while
pushing the step buttons in the desired order.
When you release the shift/custom button,
the default step order will be replaced by the
custom sequence. The custom sequence can
be as long as 256 steps. The custom sequence
playback is indicated by a yellow LED next to the
shift/custom button. The custom sequence
can be recalled at any time (in the step mode)
by pressing the shift/custom button. You
can add steps during playback by pressing and
holding the shift/custom button, and then
choosing steps to be added at the end of the cus-
tom sequence. When the custom sequence is
inactive adding new steps erases the previous
custom sequence. To erase the custom se-
quence without replacing it with a new one,
press transport + shift.
PRESETS
Pressing and holding the patt/preset but-
ton for one second enterss the preset memory.
This mode is indicated by a red LED next to
the patt/preset button. There are 8 preset
slots available. A written slot is indicated by a
green backlight. To choose a preset, push the
corresponding step button. Upon loading the
-
light changes from green to red. The last load-
ed preset is indicated by a red backlight on the
corresponding step/slot. Patterns saved while
two Moskwa II units were chained together
(see: below) are indicated by a yellow back-
light. Loading such a chained pattern switches
the units to chain mode.
To write a new preset (saving the current state
of the module), enter the preset memory by
pressing and holding the patt/preset but-
ton for one second. Press and hold the shift
button, and then press the step button to which
you want to assign the preset. All settings are
written along with the preset except for the cv
lock function (see: “Global Settings”). Loading
a preset may lead to discrepancies between the
values set by the knobs and the actual values gen-
erated by the loaded preset. To avoid unexpect-
ed pitch jumps after touching a knob, the value
changes only when you move the knob past the
value written with the preset. To recall the cur-
rent knob positions, load an empty preset slot.
TRANSPORT BUTTON:
SECONDARy fUNCTIONS
The transport button can be used to restore
default settings when combined with the indi-
vidual sequence step 1-8 buttons or the main
mode buttons step and patt. In step mode,
transport + step 1-8 resets all settings for
the chosen step, while transport + step re-
sets all steps’ settings from step mode (includ-
ing the deactivation of steps). In pattern mode,
transport + step 1-8 clears the pattern for
the chosen step, while transport + patt re-
sets all the settings from pattern mode. In pre-
set mode, transport + step 1-8 clears the
chosen preset slot.
With step 3 active in the global settings
(see: below), pushing the transport button
and turning the probability knob all the way
clockwise and then all the way counterclockwise
clears the probability sequence (see: below).
In step mode, press transport + shift/cus-
tom to erase the custom sequence.
STEP SETTINgS
To edit a step, push and hold its button for one
second. Editing multiple steps simultaneously
while pressing each additional step to be edit-
ed. The chosen steps light up green. The step
1-8 buttons are used to select various functions
marked on the panel. When a function is select-
ed its button lights up green.
step 1 • slew on button activates/deactivates
the slew limiter for the chosen step. The length
of the slew is adjusted globally for all steps with
the slew knob.
step 2 • slew prob button activates/deacti-
vates the probability of the inversion of the slew
7
8
limiter state (on/off). If the slew limiter is active
on the given step, turning on the probability
of the slew limiter and vice versa. The degree of
probability of change is adjusted globally with
the probability knob.
step 3 • step prob button activates the proba-
bility function for the gate/trigger of the edited
step.
step 4 • patt prob button activates the prob-
ability function for turning the pattern on and
off for the given step.
step 5 • skip button activates the skip func-
tion. When skip is turned on, deactivating a
step excludes it from the sequence, resulting in
a shorter sequence.
step 6-8 buttons select the type of signal pres-
ent at the gate out. When no buttons are lit, the
output signal is a gate. Its length is a direct copy
of the width of the external clock pulse (with the
internal clock, it lasts for half the length of the
step). When the step 6 • trig button is active,
the output of the gate out changes to trigger.
step 7 • gate half button activates a gate
with a duration of half the step length (or half
the division resulting from the active pattern).
step 8 • gate merge button button activates a
legato style gate lasting the entire length of the
step that merges with the next step’s gate.
PATTERN EDITINg
As stated above, each step can have an unique
pattern. To activate and edit a pattern, enter
pattern mode by pressing the patt button then
select a step by pressing one of the eight step
1-8 buttons. The button lights up, but no change
is audible yet. Hold the step 1-8 button for one
second to enter edit mode. To edit multiple pat-
pattern button, and then push the others to be
edited. The selected steps light up green.
The default pattern has eight steps with only
hold the shift button, and choose the desired
last pattern step using the step buttons. The
length of a given pattern is indicated by a red
backlight.
Now you are ready to activate pattern steps
the same way as steps in the main sequence by
pressing the step 1-8 buttons. Buttons of active
pattern steps light up yellow. To exit the pattern
editor, press the button of the mode you wish to
exit to, either patt or step.
In the pattern mode, you can choose the pat-
tern playback mode for each step. To do that,
press and hold shift and press a step button of
your choosing. There are two options: a red back-
light indicates the default div pattern mode in
which the entire pattern lasts for the duration
of a single main sequence step. Therefore, each
pattern step lasts for the duration of a fraction of
the duration of the main sequence step (depend-
ing on the number of pattern steps). A yellow
step backlight indicates mult pattern mode in
which each pattern step lasts for the duration
of one clock cycle. Therefore, the main sequence
step lasts for as many clock periods as there are
steps in the pattern for the given step. This setting
is unique for each step.
In pattern mode, the steps that have been pro-
grammed with their own unique patterns, but
have not been activated, are dimly lit with the
color indicating the pattern playback mode (dim
yellow for mult pattern mode and dim red for
div pattern mode). In step mode the steps with
active patterns are indicated by a dim orange
backlight.
Default pattern settings are: div pattern mode,
activate a pattern before editing it, and not have
it affect the main sequence initially (with the de-
fault pattern, the only noticeable difference being
the shorter gate duration for the given step).
gLOBAL SETTINgS
Global settings access additional options for
detailed control over the sequencer behavior. To
enter, press and hold the transport button for
one second. Active functions are indicated by a
yellow backlight on the corresponding step 1-8
buttons.
step 1 • transport button changes the be-
havior of the transport input. By default, a
gate at this input pauses the sequence. When the
transport function is active, the input expects
triggers which toggle the sequence between on
and pause, thus mimicking the behavior of the
transport button.
step 2 • slew mode button changes the be-
havior of the slew limiter from portamento to
glissando. When active, the CV value change
between steps is quantized to the current
quantization setting resulting in a change that
is stepped instead of smooth as in the default
portamento setting. With the quantization off,
glissando works just like regular portamento.
step 3 • prob mode button changes the func-
tion of the probability knob. When active, the
knob no longer increases the probability of ran-
dom event inversion. Now, it adjusts the degree
of randomization of a self-creating sequence of
inversions of settings activated with step 2–4
buttons in the step mode (see: “Step Settings”).
The sequence consists of 16 steps (it changes ev-
ery two main sequencer cycles). The probabil-
ity knob adjusts the chance of the inversion of
the setting from the step mode. Despite having
the same probability value for all the steps, each
step’s result can be quite different.
With the probability knob set at minimum,
repeated without any changes. With the proba-
bility knob at maximum, the probability of in-
version of the parameter set in the step mode is
100%. It means that the value inverts every two
main sequence cycles without any random fac-
tor, creating a 32-step sequence. With proba-
bility knob settings between the extremes, the
inversion sequence slowly morphs from one to
another. To clear the sequence and restore the
settings from the step mode, push and hold the
transport button and then turn the proba-
bility knob all the way clockwise and then all
the way counterclockwise.
step 4 • brownian button changes the func-
tionality of the random play knob. By default,
the random play knob increases the random-
ization of the step order. The setting activated
in the global settings by the step 4 button
changes that behavior to Brownian motion.
With the knob set at maximum, there is a 20%
chance of a step back, a 20% chance of staying
put, and a 60% chance of moving forward. With
the random play knob set at minimum, there
is a 100% chance of moving one step forward,
therefore, the knob does not modify the order of
the steps in the main sequence.
step 5 • bipolar cv button changes the max-
imum CV range from unipolar 0–8V to bipolar
±5V.
9
10
step 6 • cv hold button activates the CV hold
feature. It holds the voltage from the last active
step until there is a gate/trigger from the next
active step. It is useful, e.g. when you mute a step
and the VCA envelope is longer than the dura-
tion of one step of the main sequence. In that
scenario, the CV hold feature prevents the pitch
from changing when the envelope is still in the
decay/release stage.
step 7 • just inton button activates the just
intonation tuning replacing the equal temper-
ament tuning.
menu
navigation
press
together
with step
press + hold
for 1 sec.
press
together
with pattpress hold for 1 sec. press hold for 1 sec.
step
mode
quant
menu
global
menu
pattern
mode
preset
menu
press
step 1-8 to
activate step
press
transport +
step 1-8 to
clear indiv.
step settings
press
step 1-8
to select scale
1: chromatic
2: major
3: minor
4: pentatonic
major
5: pentatonic
minor
6: akebono
7: arabian
8: phrygian
clears
all steps'
settings
press
step 1-8
to toggle
global
settings
1: transport
2: slew mode
3: prob mode
4: brownian
5: bipolar CV
6: CV hold
7: just inton
8: CV lock
clears
all
patterns
press
step 1-8
to activate
pattern for
a given step
press
step 1-8 to
load preset
press
shift +
step 1-8
to save preset
press trans-
port + step
1-8 to clear
preset
hold for 1 sec.
step 1-8
to toggle
1: slew on
2: slew prob
3: step prob
4: patt prob
5: skip
6: trig
7: gate half
8: gate merge
hold one
step 1-8
then press
another to
select mutiple
steps at once
hold
step 1-8
to set pattern
steps
press
shift +
step 1-8
to set pattern
length
hold one
step 1-8
then press
another
to select
mutiple steps
at once
menu navigation
& button combinations
11
step 8 • cv lock button activates the CV lock
function which deactivates CV knobs. Therefore,
-
ence on the voltage present at the cv out. This
function allows for safe adjustments to all the
other functions without the risk of accidental
pitch change. This is also very useful in live situa-
tions as a cue mode to create a new sequence or
to make changes to the current sequence before
initiating the change. To avoid confusion, this is
the only setting not saved with the presets.
EXPANDABILITy: ChAININg TWO UNITS
Two Moskwa II units can be chained to prepare a
sequence longer than 8 steps. Turn the power off
and join the modules with a 6-pin ribbon cable
included with the module. The headers are keyed,
there is no way of plugging the cable the wrong
way. Chaining and unchaining is performed by
pressing and holding the transport button on
the unit you want to be the primary module and
pushing the transport button on the other
module. Successful chaining is indicated by an
animation —the step buttons of the primary mod-
ule blink green, the step buttons of the secondary
module blink red. To chain two Moskwa’s one can
also load a chain preset (indicated by yellow back-
light). Unchaining can be achieved by loading a
regular preset (indicated by red backlight).
Two chained Moskwa II units generate a joint
sequence, but the CV values can be independently
cv out can have
unique quantization and range settings. Both cv
out and gate out jacks are sending the same
basic sequence. Nonetheless, the primary Moskwa
uses its own quantization and range settings. The
secondary Moskwa behaves likewise. Therefore,
the users have at their disposal two longer se-
quences, each with unique settings (not only quan-
tization and range but also e.g. the slew time). The
sequence length depends on the reset parameter
setting on both Moskwa II units. With reset set to
„off” on both modules, the sequence has 16 steps.
Any change to the reset setting on any Moskwa
unit shortens the combined sequence, e.g. with re-
set set to „off” on the primary Moskwa and reset
set to 4 on the secondary Moskwa, the total step
count is 12. Chaining two Moskwa II modules dou-
bles the number of available custom sequences.
Both custom sequences can use 16 CV values
from both modules.
To adjust random play and probability set-
tings, use the primary Moskwa II. The same goes
for the ext clock input. The transport on the
primary unit switches the sequence on and off. The
transport button on the secondary unit toggles
between a 16-step sequence from both modules,
an 8-step sequence from the primary unit, and an
8-step sequence from the secondary unit.
EXPANDABILITy: OSTANKINO EXPANDER
The Xaoc Ostankino II module further expands
Moskwa II’s connectivity. It adds CV inputs for
Random, Slew, Probability, Range, and Rate pa-
rameters. Ostankino II also includes a transpose
input. Moreover, it enables the user to choose
expander features a step repeat button as well
as a gate input for that function. There are nine
additional outputs: clock out and individual
gate/bit outputs for each sequence step. Please
note that neither Ostankino II is compatible with
the original Moskwa module, nor Moskwa II is
Also, one is advised against trying to chain an old
Moskwa module with the Moskwa II.
ACCESSORy
Our Coal Mine black panels are available for all
of Xaoc Devices modules. Sold separately. Ask
MAIN
fEATURES
Custom gate/trig
pattern for each
step
Custom gate/trig
sequence up to
256 steps
Built-in quantizer,
slew limiter
Two randomization
circuits
Eight preset slots
Built-in clock
12–2400 BPM
External clock
input, clock
multiplier, and
divider
Unipolar & bipolar
operation
Two units can be
daisy-chained for
longer sequences
Expandable with
Ostankino II
module with addi-
tional controls
TECh DETAILS
Eurorack synth
compatible
20hp, skiff friendly
Current draw:
+40 mA/ -0 mA
Reverse power
protection
EASTERN BLOC TECHNOLOGIES MADE IN THE EUROPEAN UNION
WARRANTy TERMS
XAOC DEVICES WARRANTS THIS PRODUCT TO BE FREE OF DEFECTS IN MATERIALS OR WORKMANSHIP
AND TO CONFORM WITH THE SPECIFICATIONS AT THE TIME OF SHIPMENT FOR A PERIOD OF ONE YEAR
FROM THE DATE OF PURCHASE. DURING THAT PERIOD ANY MALFUNCTIONING OR DAMAGED UNITS
WILL BE REPAIRED, SERVICED, AND CALIBRATED ON A RETURN-TO-FACTORY BASIS. THIS WARRANTY
DOES NOT COVER ANY PROBLEMS RESULTING FROM DAMAGES DURING SHIPPING, INCORRECT INSTAL-
LATION OR POWER SUPPLY, IMPROPER WORKING ENVIRONMENT, ABUSIVE TREATMENT, OR ANY OTHER
OBVIOUS USER-INFLICTED FAULT.
LEgACy SUPPORT
IF SOMETHING WENT WRONG WITH A XAOC PRODUCT AFTER THE WARRANTY PERIOD IS OVER, NO
NEED TO WORRY, AS WE’RE STILL HAPPY TO HELP! THIS APPLIES TO ANY DEVICE, WHEREVER, AND
WHENEVER ORIGINALLY ACQUIRED. HOWEVER, IN SPECIFIC CASES, WE RESERVE THE RIGHT TO CHARGE
FOR LABOR, PARTS, AND TRANSIT EXPENSES WHERE APPLICABLE.
RETURN POLICy
THE DEVICE INTENDED FOR REPAIR OR REPLACEMENT UNDER WARRANTY NEEDS TO BE SHIPPED IN
THE ORIGINAL PACKAGING ONLY, SO PLEASE KEEP IT JUST IN CASE. ALSO, A FILLED RMA FORM MUST
BE INCLUDED. XAOC DEVICES CAN NOT TAKE ANY RESPONSIBILITY FOR DAMAGES CAUSED DURING
TRANSPORT. PRIOR TO SENDING US ANYTHING, PLEASE CONTACT US AT SUPPORT@XAOCDE-
VICES.COM. NOTE THAT ANY UNSOLICITED PARCEL WILL BE REJECTED AND RETURNED!
gENERAL INQUIRIES
FOR USER FEEDBACK, SUGGESTIONS, AND DISTRIBUTION TERMS, FEEL FREE TO CONTACT XAOC DE-
TION ABOUT THE CURRENT PRODUCT LINE, USER MANUALS, FIRMWARE UPDATES, TUTORIALS, AND
MERCHANDISE.
WRITTEN BY T. MIRT, Ł. KACPERCZYK. PROOfREADINg AND EDITINg BY B. NOLL. DESIgNED BY M.
ŁOJEK. ALL RIgHTS RESERVED. CONTENT COPYRIgHT © 2021 XAOC DEVICES. COPYINg, DISTRIBU-
TION OR ANY COMMERCIAL USE IN ANY WAY IS STRICTLY PROHIBITED AND REQUIRES THE WRITTEN
PERMISSION BY XAOC DEVICES. SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE.
Other manuals for Moskwa II
1
Table of contents
Other Xaoc Devices Recording Equipment manuals
Xaoc Devices
Xaoc Devices Poczdam 1989 Leibniz Device Komutator User manual
Xaoc Devices
Xaoc Devices SARAJEWO User manual
Xaoc Devices
Xaoc Devices KAMIENIEC User manual
Xaoc Devices
Xaoc Devices DREZNO User manual
Xaoc Devices
Xaoc Devices OSTANKINO User manual
Xaoc Devices
Xaoc Devices PRAGA User manual
Xaoc Devices
Xaoc Devices Tirana User manual
Xaoc Devices
Xaoc Devices KOSZALIN User manual
Xaoc Devices
Xaoc Devices ZADAR User manual
