WaveLab Pro 13.0.30 — Mac version

WaveLab 13.0.30 quietly added something clever: you can now load a personal HRTF profile for Dolby Atmos binaural monitoring. It also lets you drop channel-based surround files straight into an Atmos master montage. Small changes on paper, but they make the monitoring chain feel a bit more like your own ears.

Where WaveLab sits in a session

• Standalone mastering chain. The classic role. Assemble tracks, apply EQ and dynamics, set fades, and render final masters. Sample-accurate editing means you can fix a click without guessing.
• ARA plug-in inside a DAW. Open WaveLab's editor from within Cubase 13, Nuendo 13, Reaper 7 or Studio One 6.5. Edit the audio file itself, not a playlist copy.
• Audio restoration bay. Clean up transfers and field recordings with the built-in restoration tools. Useful before you even start mixing.
• Forensic analysis station. Zoom in with tools made for examining audio evidence, phase issues or strange dropouts.

A few typical jobs

Mastering an EP often starts with dropping the final mixes into a montage. You might copy a reference track across from the Finder just by dragging it in. If a vocal track needs a tick removed, the sample editor handles it without nudging anything else out of place. And when you need to hear how an Atmos fold-down translates on headphones, the HRTF binaural monitoring gives a more personal check than a generic curve ever could.

Fitting WaveLab into a bigger toolbox

WaveLab doesn't live in a bubble. The ARA plug-in connection is the obvious bridge — fire it up inside Cubase or Reaper and you're editing the actual audio file, not a temporary copy. But the integration runs deeper than that. Drag a stereo mix out of your DAW's arrange window and drop it straight into a WaveLab montage. No bouncing, no export dialogue, no hunting through folders.

On the playback side, the montage can sync its transport with the file editor. Scroll through a long recording in the montage, and the waveform view follows along. It's one of those small things that saves you constantly re-finding your place.

macOS features play their part too. Quick Look previews of montage renders sit right in the Finder. If you use Audio Units plug-ins, WaveLab sees the same ones your DAW does — no separate installation needed. And the batch processor can watch a folder, so when you save a new mix from your DAW, WaveLab picks it up and runs your mastering chain automatically. It's a quiet bit of automation that means you can go make a cuppa while the machine gets on with it.

One mastering session, start to finish

Liam brings in four tracks for a lo-fi house EP. They were mixed in Ableton Live and exported as 24-bit WAVs. Here's roughly how the session runs.

1. Load the files. Drag all four WAVs from the desktop into an empty montage. They land in order, spaced apart. A reference track — an old Theo Parrish cut — goes on a muted lane above them for quick A/B checks.
2. Spot the problems. Solo the first track. There's a click at 0:43 where the kick sample cuts in. Open the sample editor, zoom in to sample level, and redraw the waveform with the pencil tool. Click gone, nothing else shifted.
3. Shape the tone. Back in the montage, insert an EQ across all four tracks. A gentle high-shelf lift opens up the top end. A compressor with a slow attack keeps the groove breathing. Listen back against the reference — the hi-hats are still a bit dull. Adjust the shelf frequency up a touch.
4. Check the transitions. Set crossfades between tracks so the EP flows. Liam wants a tight gap between track two and three. Drag the clips closer, trim the tail of track two, and add a short fade-out.
5. Render and name. Mark the montage region, set the output to 16-bit WAV with dither, and render. The files appear in the project folder, named and numbered.
6. Quick headphone check. Liam wants to hear it on something familiar. Plug in a pair of DT 770s. The HRTF binaural monitoring in the montage gives a decent sense of space — not a full Atmos rig, but enough to spot if anything sounds wrong in a headphone fold-down.

Restoring an old cassette transfer

A different kind of job comes in later that week. A friend found a cassette of her dad's old band from 1982. She wants it cleaned up enough to play at a family gathering. The tape was recorded on a four-track, transferred to digital through a cheap interface, and it hums like a fridge.

1. Open the file. Drop the 24-minute WAV straight into a new file window. WaveLab draws the waveform — the hum is visible as a thick, fuzzy baseline even when the music fades out between songs.
2. Capture a noise print. Zoom into a quiet section where only the hum is present. Select a clean second of it, open the restoration tools, and grab a noise print. Apply de-noising across the whole file. The hum drops away without chewing up the top end of the guitars.
3. Fix two bad spots. At 7:12 there's a dropout where the tape wrinkled. Open the spectral editor and find the gap. Copy a tiny sliver of similar audio from a few milliseconds earlier — a snare hit — and paste it across. With spectral view you can see exactly which frequencies are missing and fill them in without touching the rest.
4. Split the tracks. The band's set is one long recording. Listen through and drop markers at the start of each song. Use the montage to lay them out with a few seconds of silence between. Add gentle fade-ins and fade-outs where the tape cuts were abrupt.
5. Render and hand over. Export the individual tracks as 16-bit WAVs. They'll play on anything, and the family won't need to know how much electrical noise you scraped off their memories.

• Dolby Atmos master montages can include channel-based surround files.
• Dolby Atmos binaural monitoring supports loading a personal HRTF profile.

• macOS 13 or later
• Apple silicon or Intel 64-bit processor