Ultimate Solution for Zero Latency Monitoring Without DSP (Works with any Interface & any Daw)

Summary

In this video, Fed from Harby Productions introduces a solution for zero-latency monitoring with effects like EQ, compression, and autotune for artists during studio recording. He demonstrates using the Waves Super Rack, which allows for real-time processing with any VST3 plugin, independent of the audio interface. Fed shows how to set up the Rack, route audio, apply plugins, and choose what to record and monitor, providing a flexible and efficient monitoring system for artists.

Takeaways

• 🎙️ The video discusses a solution for zero-latency monitoring with effects like EQ, compression, autotune, and reverb for artists during recording sessions.
• 🚀 It's possible to apply effects to an artist's in-ears without recording them, allowing for a more natural recording process.
• 🔄 Traditional hardware interfaces may have limitations on zero-latency monitoring and the types of plugins that can be used.
• 💡 The proposed workaround is independent of the recording interface and allows the use of any computer plugin for monitoring.
• 🌐 The Waves Super Rack is introduced as a tool that can process audio with virtually no latency, regardless of the interface used.
• 💻 The setup involves routing audio through the Waves Super Rack for processing and then back to the interface.
• 🎛️ Users can select which processed signals are sent to the artist's ears and which are recorded.
• 🔧 The video provides a detailed walkthrough on setting up the Waves Super Rack, including choosing the playback engine and buffer size.
• 📈 The presenter demonstrates how to add multiple plugins for processing within the Waves Super Rack and monitor their CPU impact.
• 🎵 The technique allows for extensive processing without introducing latency, even when using heavy plugins.
• 📚 The video concludes by emphasizing the flexibility this method provides for customizing an artist's monitoring experience.

Q & A

What is the main issue the video aims to solve?

The video aims to solve the problem of implementing zero latency monitoring with effects like EQ, compression, autotune, and reverb for artists in their in-ears during studio recording.

Why is zero latency monitoring important for artists?

Zero latency monitoring is important for artists because it allows them to hear effects like autotune, reverb, and compression in real-time as they record, which can significantly enhance their performance.

What is the solution presented in the video for zero latency monitoring?

The solution presented is using the Waves SuperRack plugin, which allows for zero latency monitoring and the use of any VST3 plugin for monitoring, independent of the hardware interface being used.

How does the Waves SuperRack plugin achieve zero latency monitoring?

The Waves SuperRack plugin achieves zero latency monitoring by processing the audio within the plugin itself and then sending the processed signal back to the interface without adding any additional latency.

What are the advantages of using Waves SuperRack for monitoring?

Using Waves SuperRack for monitoring has the advantage of allowing the use of any VST3 plugin for monitoring, being independent of the hardware interface, and providing the flexibility to choose which signal to monitor and which to record.

Can the Waves SuperRack plugin be used with any audio interface?

Yes, the Waves SuperRack plugin can be used with any audio interface, as it does not rely on specific hardware DSP or any Waves cards, making it compatible with a wide range of interfaces.

How does the video demonstrate the setup process for Waves SuperRack?

The video demonstrates the setup process by showing how to configure the playback engine, choose the correct sample rate and buffer size, route audio inputs and outputs, and add various plugins for processing within the Waves SuperRack.

What is the significance of buffer size in the context of zero latency monitoring?

Buffer size is significant in zero latency monitoring because a smaller buffer size results in lower latency, while a higher buffer size can introduce more latency. The video suggests that a buffer size of 64 works well without introducing pops or glitches.

How can the artist customize their monitoring experience with the Waves SuperRack plugin?

The artist can customize their monitoring experience by adding any VST3 plugins they prefer for effects like EQ, compression, autotune, or reverb, and adjusting the settings to their liking within the Waves SuperRack plugin.

What is the benefit of having both dry and processed signals available in the DAW?

Having both dry and processed signals available in the DAW allows the engineer to record both versions of the audio, giving them the flexibility to choose the best version for mixing and mastering later on.

How does the video suggest handling different monitoring needs for a full band session?

The video suggests using the Waves SuperRack plugin to create a template with the desired monitoring setup, which can then be customized for each band member's preferences, allowing for individualized monitoring during a full band session.