The Not-So-Subtle Differences Between White, Pink, Brown And Blue Noise — Bobby Owsinski’s Music Production Blog

The Not-So-Subtle Differences Between White, Pink, Brown And Blue Noise — Bobby Owsinski’s Music Production Blog

I know you just read the title and thought, “I knew about white and pink noise, but what the heck is brown and blue noise?” Well, they’re a real thing and used more often than you think. But the differences between white, pink, blue and brown? It all comes down to frequency and amplitude.

Never had it explained so well. Don’t have a generator for Brown and Blue yet.

Mixing In Stereo — Everything You Need To Know To Make Your Music Mono Compatible | Production Expert

Mixing In Stereo — Everything You Need To Know To Make Your Music Mono Compatible | Production Expert

Think you know everything there is about mixing in stereo? Think again. FabFilter has published an excellent three part video series produced by Dan Worrall titled How To Mix In Stereo Without Sucking In Mono. This series is extremely well presented explaining stereo mixing fundamentals, panning, stereo microphone placement, phase, the effects of comb filtering, width, mono compatibility and more.

I just watched the first part — “Toeing the Blumlein” and stayed fascinated throughout.

I do a lot of mono monitoring to make sure things don’t get lost, but I rarely make changes that will make the mono mix down work really well. These videos are an excellent pointer.

Using Logic built-in plug-ins I think it will require several steps (made easy by the FabFilter tools)

Bus effects — independent panning required?

Logic EQ would need to have two instances, one for Mid and one for Side. Probably 2 aux channels…no, simply use the EQ in “Dual Mono” mode and work with Mid and Side channels as desired. Unfortunately there are no documentation resources for the “Dual Mono” mode of the EQs in Logic. The documentation says use two plug-ins. I will try to compare other EQs and see how easily things can be adapted.

Ozone 9 EQ essentially has both available “easily” along with pan and width.

Mid, Side, and Everything In Between (A Mid/Side Deep Dive)

Mid/side processing is an undeniably powerful technique, and one which gives the mastering engineer a wide range of sonic sculpting tools not available with traditional stereo processing. However, as we all learned from Spiderman’s Uncle Ben, “with great power comes great responsibility.”

IK Multimedia has a nifty new EQ — T-Racks EQual…

IK Multimedia — EQual

The new EQual digital equalizer is a 10-band, ultra-clear, high-end parametric equalizer with an extremely transparent sound, ultra-precise editing and a vast array of filter shapes that are based on the typical curves of classic British and American analog EQ’s. This incredibly flexible “hybrid monster” gives you the best of both worlds — digital precision with transparent clarity and on-demand analog character that works perfectly for high end mastering as well as individual track work.

Also need to look at the Imagers….

Four VCA Channel Applications — PreSonus Blog

A VCA is a useful tool. In Logic Pro X you can create a VCA with a “Folder Stack”.

Four VCA Channel Applications — PreSonus Blog

A VCA Channel has a fader, but it doesn’t pass audio. Instead, the fader acts like a gain control for other channels, or groups of channels. In some ways, you can think of a VCA Channel as “remote control” for other channels. If you assign a VCA to control a channel, you can adjust the channel gain, without having to move the associated channel’s fader. The VCA Channel fader does it for you.

Up Your Expressiveness with Upward Expansion — PreSonus Blog

Up Your Expressiveness with Upward Expansion — PreSonus Blog

Many people don’t realize there are two types of expansion. Downward expansion is a popular choice for minimizing low-level noise like hiss and hum. It’s the opposite of a compressor: compression progressively reduces the output level above a certain threshold, while a downward expander progressively reduces the output level below a certain threshold. For example, with 2:1 compression, a 2 dB input level increase above the threshold yields a 1 dB increase at the output. With 1:2 expansion, a 1 dB input level decrease below the threshold yields 2 dB of attenuation at the output.