- Buy this plugin at the price displayed above,
- or add more plugins to your order and get up to 60% discount on your complete order,
- or add it to a PickPack today and save up to 70% while paying only $29 per month!
The Brainworx bx_2098 plugin is modeled after the iconic Amek 9098 EQ. The original, Neve-designed hardware has been reproduced in stunning detail by the Brainworx team. Now you can harness the power and tone of this classic British EQ in your own mixing and mastering sessions.
There will be a full-blown 9098 TMT console plugin later, and existing users will be able to upgrade for a minimum fee. No release dates to be announced yet, but we´ll let you know about it in time for sure.
Brainworx have added some truly innovative plugin-only features to the bx_2098 EQ updating it for the modern producer. Using patent-pending TMT (Tolerance Modeling Technology) you can use up to 20 truly varied instances across your mix. In addition to this the bx_2098 features full M/S control and a dedicated THD parameter.
Full Brainworx M/S capabilities mean the bx_2098 EQ is ready for modern sessions. Manipulate the Mid and Side information in your audio completely independently to create width and punch. Control your critical low end mix with the famed Mono Maker and isolate the Mid/Side information to focus on your processed sound.
By utilizing the Tolerance Modeling Technology (TMT) from our bx_console products we have created an EQ that allows you to use 20 truly unique channels across your mix. When applying these different models to stereo versions of the plugin you can induce serious width to your sounds whilst simultaneously imparting the real character of analog hardware.
Some EQs lack character and tone but the bx_2098 EQ employs several features that ensure you get the real analog experience. The THD parameter is perfect for dialing in just the right amount of controlled distortion. This is faithful to the original circuitry we modeled and helps you reproduce results until now only possible with real hardware.