Korg PA5X61 Pa5X-61 61-Key Professional Arranger Keyboard

User Manual - Page 997

For PA5X61.

PDF File Manual, 1572 pages, Read Online | Download pdf file

PA5X61 photo
Loading ...
Loading ...
Loading ...
Saving, exporting or deleting the samples |983
Pa5X comes with 4 GB of User Sample memory. This is the maximum amount of
non-compressed samples that can be loaded or recorded. In case you need more
User Sample memory, you can compress the samples and then load up to 8 GB
of samples.
6 Conrm the Save operation by touching the Save button.
Compression, short loops, low volume
Loops shorter than 16 samples, and samples with volume too low (often resulting
from sample slicing) can’t be compressed. If you can’t write a sample, disable the
Compression option in the Save Sample dialog, then retry writing.
Play from preload buffer
When the Play from preload buffer option in the Save Sample dialog is selected,
the sample will be entirely loaded to the RAM memory the next time it is selected.
This option is normally not needed. You can however select it when you need the
sample to play over the full pitch range, or if you plan to use the sample in reverse.
With some samples, you may not be able to transpose up enough, and higher-
pitched notes may sound at the wrong pitch. Since samples entirely read from
RAM can be transposed higher than samples read directly from drive, if there are
issues with higher-pitched notes, you may want to try with this option checked.
Also, reversing User Samples is only allowed when the samples are fully loaded
into the RAM memory.
Preload buffer and compression
Since compression can’t be applied to samples loaded to RAM, when the
Compression parameter is checked you can’t select the Play from preload buf-
fer parameter.
Compressed samples can be transposed more than non-compressed samples
read directly from drive. They can be transposed less than non-compressed sam-
ples entirely read from RAM.
Type of sample Transposition
Non-compressed direct-from-drive Less
Compressed direct-from-drive Average
Non-compressed from RAM More
Loading ...
Loading ...
Loading ...