Bricasti Design

Denmark, est. 2000s · 2 products across 1 categories

2
Total Products
1
Categories
$6,496
Avg Price
$5,355
From

About Bricasti Design

Bricasti Design represents the pinnacle of audio processing, renowned for its meticulous engineering and pursuit of absolute sonic transparency. Founded by Jens Væver, a former Bang & Olufsen engineer, the company leverages decades of experience in high-end audio to craft exceptional reverb processors. Bricasti’s products are highly sought after by professional recording studios and discerning audiophiles worldwide.

Founded
2000s
Country
Denmark
Segment
Premium
Target
Bricasti Design caters to professional audio engineers, music producers, and aud
Known For
M7 Reverb Processor Exceptional Reverb Algorithms Discrete Analog Design Transparent Audio Processing High-Resolution Digital Signal Processing
PROS
  • • Unrivaled reverb quality and realism
  • • Exceptional build quality and longevity
  • • Extremely flexible routing and control
  • • Transparent and non-invasive processing
CONS
  • • Premium-priced, inaccessible to many
  • • Limited product range
  • • Complex user interface for some
  • • Can be intimidating for novice users

Bricasti Design Products

Bricasti Design System 1 - Multi Effect Processors

Bricasti Design System 1

Multi Effect Processors

$7,637
Size 19"
Stereo Reverb System, Consisting of Bricasti M7M reverb processor and M10 remote
4.3 AudioFu Score
Bricasti Design M7 - Multi Effect Processors

Bricasti Design M7

Multi Effect Processors

$5,355
Size 4"
Stereo Reverb Processor, More than 200 reverb presets, Genuine stereo reverb processor, 12 program...
4.9 AudioFu Score

Frequently Asked Questions About Bricasti Design

Bricasti Design products are meticulously assembled in Denmark, utilizing a combination of globally sourced components and skilled local craftsmanship.

Bricasti processors are designed for seamless integration with most DAWs, offering both hardware inserts and plugin emulations for convenient workflow.

Bricasti's unique algorithms are based on extensive research into acoustic spaces, delivering a level of realism and nuance unmatched by many digital solutions.

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