The 925 is MIA Laboratories’ preferred main mix compressor.

It is designed using physical modelling principles, based around the classic ‘feed-back’ topology in hardware circuit-design.

The 925 side-chain detection stage is based on the analog envelope detector circuit.

Key design design features include:

D D ) V V _ i Variable knee response allowing more comX [ 5 4 Mpression to be applied, esp. on highO m I l ` k v x R-transient soun) O 8 jds like percussionG H #, samples, vocals etc.
– Logarithmic gain reduction, since the ear’s sense of sound levE H = ~ @ cel is ro& ~ G E _ y ? z &ughly logarithmic.

Wm & 3 d . m q shen used in extreme settingsa T Q 3 ^ e A u on sL S W ^ d qounds with long sustain, it can pU h 9 .roduce a distQ L mortion effect. This happens when due to the high speed of the detector, it follows the actual waveform inst2 F 6 [ a H F Gead of the envelope of the program material.

This is normal for such a design and in some cases desirable.

After a lot of consideratioc u u V % M x [ mn it was decided not to exclude setting range, as the process is very much program depende+ W r $ s \ ant. Instea[ m & /d the user is gi* ; S e p ; a mven full control, since even if some setting` b 2s will not be suitable for a specific material, often they are perfect for a dif| = Z 5 T 6 L S Xferent situation.

Thisz * Q Y _ S O = is often the case in hardware vintage and modern equi~ _ r E z ` & `pment, and has resulted in the 925s’ very broad range ofE r J compression characteristics, esp. suited for main-mix applications but also buss-mix or multiplq 9 G ^ de s2 / peparate channels.

Team R2R Note:(v1.0.0)
HAPPY NEW YEAR!

* No iLD W r E * eok Driver is required to run.
* Our release loaz @ d R # ( cds faster and uses less memory than original.

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