CEDAR Cambridge

Digitise the physical medium at high sample rates.

Import files into Cambridge Batch Processor.

Apply Auto Declick and Decrackle modules.

Use Phase Correction to align stereo imaging.

Export restored BWF files with metadata preservation.

Load the surveillance audio into the Cambridge timeline.

Apply the FNR module to target engine rumble.

Utilize the Adaptive Filter to track changing noise profiles.

Use Retouch to manually remove discrete horn honks or bumps.

Normalize and export for legal presentation.

Import location audio from the DAW.

Apply DNS (Dialogue Noise Suppression) in real-time.

Tune the suppression bands to the frequency of the generator hum.

Process through the File Processor for high-speed delivery.

Re-import clean dialogue back into the film mix.

Identify the fundamental hum frequency using the spectrum analyzer.

Apply the Debuzz module.

Enable 'Tracking' to follow slight variations in mains frequency.

Verify transparency by A/B testing against the original.

Export the cleaned master.

Route live audio through the Cambridge hardware with minimal latency.

Apply real-time DNS processing.

Set up a safety buffer for transient noise removal.

Monitor output via AES/EBU to the broadcast desk.

Engage automated level control to prevent clipping.