SPL | Transient Designer 4 MK2 | 4Ch Dynamic Processor
The original – redesigned.
In 1998, the SPL Transient Designer created a new breed of dynamic processors.
Level-independent processing of attack and sustain of audio signals has revolutionised
music production in a significant way.
The newest generation of the Transient Designer 4 features the same processing qualities as its predecessor, but comes in a new design and has an even better feel due to the solid aluminum knobs. The Transient Designer 4 Mk2 offers four Transient Designer channels in one 19″ device.
Transient Designing
SPL Transient Designer – the revolution in dynamics processing.
With the Transient Designer it is possible to manipulate the envelopes of audio signals level-independently (no threshold!). Accelerate or slow down transients, lengthen or shorten sustain times – with just two controls: attack and sustain.
All time constants are automated in a musical way and optimise themselves adaptively according to the characteristics of the input signal.
Original: $1,273.83
-65%$1,273.83
$445.84Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The original – redesigned.
In 1998, the SPL Transient Designer created a new breed of dynamic processors.
Level-independent processing of attack and sustain of audio signals has revolutionised
music production in a significant way.
The newest generation of the Transient Designer 4 features the same processing qualities as its predecessor, but comes in a new design and has an even better feel due to the solid aluminum knobs. The Transient Designer 4 Mk2 offers four Transient Designer channels in one 19″ device.
Transient Designing
SPL Transient Designer – the revolution in dynamics processing.
With the Transient Designer it is possible to manipulate the envelopes of audio signals level-independently (no threshold!). Accelerate or slow down transients, lengthen or shorten sustain times – with just two controls: attack and sustain.
All time constants are automated in a musical way and optimise themselves adaptively according to the characteristics of the input signal.
