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In this video, I show you how to split audio signals into multiple frequency ranges while keeping phase issues to a minimum. I start by explaining the problem with traditional analog-modeled zero-latency EQs, which introduce phase shifts when adjusting frequencies. Then, I explore some alternatives like using Ozone 8’s digital mode, Bitwig’s FX3, and a custom-made EQ split using impulse responses. Throughout the video, I talk about the trade-offs between phase accuracy and latency, sharing some presets to experiment with.

Key Points:

Analog EQs naturally cause phase shifts, especially with low cuts.

Ozone 8 has a digital mode that preserves phase but adds latency.

Bitwig’s FX3 can split frequencies but introduces phase inversions at crossover points.

The Spectral Splitter keeps phase accurate but requires latency.

I created an impulse response splitter to maintain phase integrity, but it comes with fixed crossover points and latency.

Download XSplit & XCut: https://bit.ly/3Bcfmg0

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do you have phase issues?

Frequency splitting signals is cool, but using analog-modeled zero-latency EQs can lead to phase offsets or even complete inversions, which can cause problems. In this video, I show you a method of doing this without affecting the phase, using only Bitwig native devices. Video transcribed, summarized and Q&A on my Blog (no ads): -- 💕 Support me on Patreon: https://bit.ly/3PgbxZz 💰 donate via Paypal: https://bit.ly/3cae9t8 🎧 my Music: https://polarity.bandcamp.com/ 💾 my Tools: https://polarity.me/posts/articles/2024-08-04-polarity-tools/ 💻 my Gear: https://kit.co/polarity/polarity-music-kit 👉 Discord: https://discord.gg/eWwFBww 👉 Website: https://polarity.me -- 🛒 Buy Bitwig Studio & Support me https://bit.ly/3yQEyDU 🛒 Upgrade Bitwig Studio & Support me https://bit.ly/3OimEjc 🛒 VST/AU Plugin Deals https://bit.ly/3zcvo66

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