Banshee Nano

Overview

Banshee Nano — Aurora DSP

Skip to main content Contact us EUR € GBP £ PLN zł USD $  Sign in  Cart 0 Plugins Guitar Bass Mix Vocals Bundles   All Shop Plugins Guitar Bass Mix Vocals Bundles Services Redeem Blog Community    Cancel   0 Redeem Blog Community Home Plugins Banshee Nano – Effective vocal chain -50% Previous image Next image Aurora DSP · Plugins Banshee Nano – Effective vocal chain Lightweight vocal chain in a simple interface. Two compressors working in tandem, 2 different processing modes, and more. Regular price: $61.49 (Save 50%) $30.74 Total incl. VAT Estimated VAT for Poland (23%) Est. VAT · Poland 23% $5.75 Net price · excl.

VAT $25.00 Final VAT is recalculated at checkout from the billing country and validated EU VAT status. Final VAT is calculated at checkout. Tax included      Add to cart Share CPU-friendly vocal chain Effective vocal processing, simplified Banshee Nano is a lightweight vocal chain built around two complementary compressors, two tonal modes and essential finishing tools for fast, professional vocal production.

Banshee Nano – Effective vocal chain Overview Sound Why this product Inside Download 01 / 04 Hear and see it in action Built for real sessions Listen first, then explore the signal path and the controls behind the result. ▶ Play video 02 / 04 Why this product Six focused tools for finished vocals The most important results and the mechanisms that make this product useful in a real session. Dynamic Compressor Control two complementary compressors from one immediate Dynamic control. Compression monitoring Hear and judge the dynamics stage while setting the chain. Vintage and Modern Choose classic warmth or a clear contemporary vocal tone. Drive modes Move from coloured vintage crunch to transparent modern overdrive.

Advanced De-esser Reduce unwanted sibilance while keeping the vocal intelligible. AIR and Lo-Fi Add breath and high-frequency clarity or deliberate radio-style texture. 03 / 04 Inside the product Follow the workflow in signal-path order Each chapter uses real interface material and explains one meaningful decision at a