Featured image for “Plugin Alliance released Mixland Vac Attack”
25. October 2023 | Mixland | Noizefield

Plugin Alliance released Mixland Vac Attack

Plugin Alliance released Mixland Vac Attack, an analog-modeled optical limiter plugin that’s intended to control the dynamics of individual tracks and groups. The vacuum tube saturation circuit introduces harmonically-rich warmth

Featured image for “Plugin Alliance released Mixland Vac Attack”
25. October 2023 | Mixland | Noizefield

Plugin Alliance released Mixland Vac Attack

Plugin Alliance released Mixland Vac Attack, an analog-modeled optical limiter plugin that’s intended to control the dynamics of individual tracks and groups. The vacuum tube saturation circuit introduces harmonically-rich warmth

Featured image for “Mixland released TILT”
4. February 2022 | Mixland | Noizefield

Mixland released TILT

MIXLAND and Kiive Audio have joined forces once again for another powerful plugin, TILT, a powerful passive tilt/shelving equalizer with an adjustable vacuum tube output stage. This plugin is inspired

Featured image for “Mixland released TILT”
4. February 2022 | Mixland | Noizefield

Mixland released TILT

MIXLAND and Kiive Audio have joined forces once again for another powerful plugin, TILT, a powerful passive tilt/shelving equalizer with an adjustable vacuum tube output stage. This plugin is inspired

Featured image for “Mixland released Rubber Band Compressor”
9. November 2021 | Mixland | Noizefield

Mixland released Rubber Band Compressor

Mixland released Rubber Band Compressor, a bizarre and innovative new VCA-style audio compressor that simulates the compression effects and physical response of pushing audio signal into a theoretical rubber band

Featured image for “Mixland released Rubber Band Compressor”
9. November 2021 | Mixland | Noizefield

Mixland released Rubber Band Compressor

Mixland released Rubber Band Compressor, a bizarre and innovative new VCA-style audio compressor that simulates the compression effects and physical response of pushing audio signal into a theoretical rubber band