Limit Go
Price history
- On sale
- 0 of 19 days tracked
- Lowest in 90 days
- $89.00
- Highest in 90 days
- $89.00
About this plugin
Limit Go represents Softube's streamlined approach to transparent dynamic control, distilling the core algorithm of their flagship Limit Pro into a focused interface designed for rapid decision-making in professional mixing and mastering contexts. The plugin operates with genuine low latency and minimal CPU footprint, making it suitable for real-time monitoring during tracking or as a permanent fixture on mix buses where computational efficiency matters.
The limiter's three sonic profiles - Raw, Clean, and Safe - accommodate different production requirements without requiring deep parameter exploration. Raw delivers the characteristic coloration expected in electronic music production, where harmonic distortion from limiting actually serves the aesthetic. Clean provides a neutral middle ground suitable for contemporary popular music, balancing transparency with subtle saturation that adds definition without obvious coloration. Safe prioritizes acoustic fidelity, prioritizing signal integrity across the frequency spectrum for classical, jazz, and other styles where the limiter's presence should remain imperceptible.
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The metering layout proves particularly useful: True Peak readouts align with streaming platform specifications, while simultaneous displays of gain reduction, loudness loss, and distortion contribution allow engineers to understand precisely how the limiter is reshaping their material. This transparency in monitoring differentiates Limit Go from simpler limiting tools that obscure their actual processing characteristics.
Experienced engineers accustomed to Limit Pro will find Limit Go's workflow immediately familiar, with the upgrade path preserved for those eventually requiring additional customization. The plugin positions itself between generic stock limiters and feature-complete mastering processors, serving professionals who value measurable results and straightforward operation over expansive parameter sets.