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Select an empty USER VOICE: 

Press the 

[SAMPLING]

 mode button and the 

[F1] 

SELECT

 button to access the main page. Use the jog-

dial or the INC/DEC buttons to select an empty user 
voice from User-A:01 to User-H:127. 
 
Press the 

[F2] SETTING

 button and set the 

Mono/Stereo parameter to 

“L mono”

 which will allow 

our mic signal to be recorded as a mono sample.  Set 
the Source to 

“AUX IN”

 and the Frequency to 

44.1k.

 

 

 
 
 
 

SAMPLE the sound: 

Access the sampling standby page by pressing 

[F6] 

REC

 (accessible from the [F1] select page).  Here you 

can determine how sampling will take place (Trigger 
Mode) and set the recording level. 
 
Set the Trigger Mode to 

“level”

 with a value of around 

20.

  This means that sampling will automatically begin 

once the signal level exceeds 20 (or the value you set). 
 
Next, play the snare and adjust the 

GAIN

 setting on 

the back of the module so that you get a strong signal 
without clipping (exceeding maximum record level).  
Use the on-screen meter to check the level.  Get as 
strong a signal as possible without clipping the level. 
  
 
 
 
 
When you are ready to go for it press the 

[F6] START

 

button.  The display will indicate it is waiting for an 
incoming audio signal louder than level 20 to begin 
sampling.  Play the snare and recording begins with a 
display like this: 

 

 
 
 
 
When the sound is finished, press 

[F6] STOP.

  You 

are then presented the pad assign screen: 
 
 
 
 
 
Press 

[F3] AUDITION

 to listen to your sample.  If you 

don’t like it press 

[F4] CANCEL

 and try again.  If you 

like it you can assign it to a pad by simply striking any 
trigger on the kit or using the jog-dial.  Press 

[F5] OK

 

to set the sample to that pad and return to the main 
sampling page.  Congratulations on your first sample! 

 

AFTER Sampling – the TRIM page & sample JOBS: 
[F3] TRIM

 – The trim page lets you view the waveform 

in graphic form as well as make settings for start, loop 
and end points and the sample play mode. 

 

Notice that the Start point is not zero but 4410.  This is 
equal to 1/10

th

 of a second when sampling at 44.1kHz.  

Even though recording was set to occur after a trigger 
level was crossed, the sampler began sampling just 
prior to reaching that level.  This ensures that you can 
always get back the attack portion of the sound if your 
trigger level was set too high.  Press and hold 

[SF1]

 

AUDITION button to hear the full duration of the sound.  
 
You might notice in my example above that the End 
point is 81714, which means my sample is about 1.85 
seconds long (81714 divided by 44100 equals 1.85).  
Since my snare sound is shorter than that I can 

trim

 

the sample by highlighting the End point and using the 
jog-dial.  The display shows me where the new end 
point is and I can audition the sound to make sure it 
doesn’t get cut off too early. 

 

 
 

 

The reason I want to trim the silence after my snare hit 
is because I don’t want lots of long samples meant to 
play short sounds. In some cases I can reclaim the 
memory by using the Extract job described below.

  

 
[F4] JOB

 – Various jobs/processes can be applied to 

the sample such as Normalize, Extract, and Name. 
 
Normalize –

 

Maximizes the level of the User Voice. 

This is useful for bringing up the volume of a user 
voice that was inadvertently recorded at a low level.  A 
Ratio of 100% will bring the level up to just below 
clipping; use your ears for best results. 
 
Name – Lets you assign a 10-character name to the 
User Voice.  It is highly recommended that you name 
your samples as they will all default to “No Name”.  
Use the 

[SF6] List

 button to see the characters 

available and to aid in the naming process. 
 
Extract – This Job lets you delete from DIMM memory 
all unnecessary audio data located ahead of the Start 
Point and located after the End Point, leaving only the 
portion of the sample you wish to keep.  
 
Be sure to SAVE your data as an “AllData” file so you 
can reload your samples & kits after a power cycle. 

 

For a video demonstration of Sampling visit: 

www.DTXPERIENCE.com

 

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