Black Rooster Audio has released VWB-1X, a channel strip plug-in that brings multiple stages of a traditional analog mixing chain into a single interface. The concept is straightforward. Instead of stacking separate plug-ins for filtering, EQ, compression, and saturation, everything sits in one place with a unified signal path. That shift targets speed and decision-making, especially during mixing sessions where constantly jumping between plug-ins can slow down workflow.
What stands out here is how the plug-in organizes that signal path.
VWB-1X pulls together four of the company’s existing processors into one system, and that integration changes how you approach shaping a sound. You are no longer thinking in terms of individual tools. You are working through a chain that behaves more like hardware, where each stage feeds into the next and influences the overall result more directly.
About Black Rooster Audio (https://blackroosteraudio.com/en/)
A full channel strip built around analog-style workflow
At its core, VWB-1X combines four modules. You get a high and low pass filter section, a midrange EQ, a program EQ, and a tube compressor, all running inside a single interface. That structure mirrors the way engineers typically build a chain when working with analog gear, where filtering, tone shaping, and dynamics control happen in sequence rather than isolation.
The compressor stage comes from Black Rooster’s VTC-2, which focuses on tube-based compression behavior, while the EQ sections cover both broad tonal shaping and more focused frequency work. Together, those modules allow you to move from corrective adjustments into more deliberate tone shaping without leaving the plug-in. That continuity helps maintain a clear overview of what is happening to the signal at every stage.
There is also support for mid and side processing, along with flexible routing between modules. That gives you more control over how the chain behaves, especially when working on buses or full mixes where stereo image becomes a factor.
Designed for faster mixing decisions inside the DAW
One of the main benefits of VWB-1X is how it reduces the need for complex plug-in chains.
When everything is visible in a single interface, it becomes easier to make quick decisions and adjust across multiple stages without losing focus. That matters during mixing, where momentum often drives better results than overanalyzing each move.
The plug-in also includes global metering for gain staging, which helps keep levels consistent as you move through the chain. Under the hood, it uses optimized DSP for modern systems, including Apple Silicon support, so performance remains stable even with multiple instances running in a session.
Priced at $39 during the introductory period, then $79, VWB-1X positions itself as a practical option for producers and engineers who want a streamlined channel strip without sacrificing control. It fits into a workflow where speed, clarity, and consistency take priority, while still offering enough flexibility to handle detailed mixing tasks.
Will Vance is a professional music producer who has been involved in the industry for the better part of a decade and has been the managing editor at Magnetic Magazine since mid-2022. In that time period, he has published thousands of articles on music production, industry think pieces and educational articles about the music industry. Over the last decade as a professional music producer, Will Vance has also ran multiple successful and highly respected record labels in the industry, including Where The Heart Is Records as well as having launched a new label with a focus on community through Magnetic Magazine. When not running these labels or producing his own music, Vance is likely writing for other top industry sites like Waves or the Hyperbits Masterclass or working on his upcoming book on mindfulness in music production. On the rare chance he's not thinking about music production, he's probably running a game of Dungeons and Dragons with his friends which he has been the dungeon master for for many years.
