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oth and then supplement their cue to the main<br />

room via live speaker monitoring. I also find<br />

that the musicians enjoy not having another<br />

row of players behind them blowing their heads<br />

off. This horseshoe type of musician floor plan<br />

also allows me to incorporate a five-room mic<br />

setup array. Essentially, I place two mid-side or<br />

Blumlein mic pair configurations, each covering<br />

an end of the space that the horns are facing.<br />

I also include an additional omnidirectional<br />

mic in between these mic positions. When I<br />

balance these room mics and include them in<br />

the mix with the spot mics, they add a very cool<br />

dimension.<br />

Another important aspect is level to digital<br />

capture. Few of us are using tape anymore,<br />

and many of us are only using the mic pre<br />

feed, whether standalone or as part of a console<br />

to record/capture the audio data. The most<br />

important thing to understand about the level<br />

you input is to observe and respect the headroom<br />

of the system you’re working with. In<br />

general, Pro Tools (for example) replicates more<br />

accurate playback when one does not push its<br />

headroom capability. (That is true for all elements<br />

in the recording chain.)<br />

This observance of headroom is also<br />

important for mixing and mastering. I mix and<br />

master in my own boutique state-of-the-art<br />

Pro Tools HD control room environment. This<br />

enables me to take a traditional control room<br />

and its budget point out of the picture.<br />

The mixing translation from my custom<br />

control room environment is extremely accurate.<br />

I emulate an analog board mixing model,<br />

with aux sends to reverb, delay and other effects,<br />

plug-in processing where necessary, and I am<br />

extremely conscious of the internal headroom<br />

characteristic of the system as I mix. When<br />

mastering, I do not use the L2 or any other<br />

brick-wall limiting method of making product<br />

louder. I have a selection of several high-end<br />

digital-to-analog converters that enable me to<br />

preserve the music’s dynamic range and process<br />

above digital zero, emulating the methods<br />

of higher-end professional mastering environments.<br />

I recommend that if you are not a mastering<br />

engineer by trade, find someone who is.<br />

Your work will thank you.<br />

DB<br />

Chicago-based studio engineer Fred Breitberg has worked for<br />

Universal Recording Corp., Chess Records, Curtis Mayfield’s<br />

Curtom Recording Studio, Streeterville Studios, Red Label<br />

Records and other major studios. Artists he has recorded<br />

include Dizzy Gillespie, Duke Ellington, Mahalia Jackson,<br />

Donny Hathaway, Muddy Waters, Howlin’ Wolf, Aretha<br />

Franklin, Natalie Cole, Al Green, David Bowie, Koko Taylor,<br />

Albert Collins and Professor Longhair. He has engineered<br />

recordings for several of Chicago’s top large ensembles,<br />

including the New Standard Jazz Orchestra, Chicago Jazz<br />

Orchestra, Jon Faddis & the Chicago Jazz Ensemble, Rob<br />

Parton’s Jazztech Big Band, Frank Mantooth Jazz Orchestra,<br />

Bill Porter Big Band, Great Postmodern Nightmare Big Band,<br />

Kevin Mahogany Big Band, DePaul University Jazz Ensemble,<br />

Gull Lake Jazz Orchestra, Ron Hawking Big Band, Dick<br />

Reynolds Big Band and Columbia College Big Band. Currently,<br />

Breitberg’s freelance career includes music recording plus<br />

post production and sound design for Chicago-area television<br />

stations owned and operated by ABC and CBS. Visit him<br />

online at freddiebaudio.com.<br />

94 DOWNBEAT FEBRUARY 2017

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