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Recording has been a part of my life for more than 35 years. I started in the analog tape world, and I’m still in the analog tape world at the studio that I work at. I was introduced to digital recording in 1982 with a Sony PCM-F1, so I have a long history with analog and digital recording.
Digital Audio Workstations (DAW) were introduced to the recording industry in the 1980s with the Fairlight CMI and Synclavier Digital systems. In 1989, a small company called Digidesign harnessed the power of the Macintosh computer and introduced a two-track DAW called Sound Tools. This product morphed into Pro Tools and has evolved over the last 25 years to become the standard for multi-track recording in professional studios around the world. I was one of the early adopters of Sound Tools and eventually Pro Tools, and my first hard drive for the system cost $2,200 for 1 Gigabyte! Yes, those numbers are correct…
DAWs complemented analog recording by allowing engineers to do editing that was impossible in the analog world or to transfer audio in from an analog multi-track, fix a problem, and send it back to analog tape. As with all computer technology, the performance grew, and the price fell. The Analog vs. Digital debate was on! Engineers loved the way analog sounded, but had to embrace the new technology and began to rediscover tube mics, tube compressors, tube EQs to make digital audio sound warmer and more analog.▼ Article continues below ▼
Waves introduced software “plug-ins” for DAWs that allowed the engineer to insert a compressor, EQ, or reverb onto a track inside the DAW. These plug-ins were developed to be digitally accurate and clinical. It wasn’t until Universal Audio introduced plug-ins that were modeled from actual pieces of studio equipment, that engineers really latched on. The plug-in Graphical User Interface or GUI, looked like the original hardware, and the audio characteristics and behaviors were similar to the hardware units. Still, the clean sound of digital kept engineers yearning for the sound of analog tape. Engineers were asking, “Could the gods please send us an analog tape plug-in?”
Our wishes came true! Modeled plug-ins have come a long way since the late ’90s, and the hottest plug in for DAWs today is based on analog tape machines. Universal Audio, Waves, Slate Digital, and other companies offer analog tape plug-ins. In the studio that I work out of, Dirt Floor in Chester, CT, we use the Studer A800 and Ampex ATR102 plug-ins developed by Universal Audio. At Dirt Floor we don’t mix “inside the box,” we use Pro Tools HD with 32 outputs and mix on an analog console. Our Pro Tools template has a Studer A800 plugin on every channel as the first insert. I used to own a Studer A80 MKIV 24-track machine, and I can tell you that a piece of gear is only as cool as the repair bills. Owning, maintaining, and operating a professional multi-track machine is tough. Parts, repair experts, and tape supplies are either expensive, hard to find, or both!
The analog plug-ins give you the sound of analog without the burden of the physical machine. For new engineers that have never used analog tape, the sound will be unique, but for seasoned engineers, the sound will bring back that familiar sound to your ears just the way the smell of a crayon will bring you back to your childhood.
This plug-in is very useful, not only for giving you the analog sound, but it can be used in ways a real 16 or 24 track machine could never accomplish. Different tape speeds, tape formulations, and calibration levels can be changed for every track depending on what instrument you have recorded. For instance, if we record an instrument that is a little bright, we can use a setting for that track that will “slow down” the transients of the instrument to bump the bass response with 456 tape, +3 at 7.5ips. The settings use a physical model of the limitations of that analog tape machine setting to adjust the sound of the instrument without an EQ or a compressor.
If we need to add some edge to a lead vocal, we can push the input section of the tape plug-in to give us the natural sounding harmonics of tape being overloaded. All of these parameters can be automated and changed to your desires! You can even turn the hum, tape hiss, and electronics noise on or off. As I like to say, “Try doing THAT on your Studer!” The other analog plug-in that we use is the Ampex ATR102 plug in from Universal Audio. It’s primarily used in the mastering process because the plug-in is modeled on the Ampex ATR102 two-track mixdown recorder. We can add a little extra analog sound, tape compression, or adjust the tone of the mix by adjusting tape speed, bias, tape formulation, etc. It’s a very useful tool and helps glue the mix together nicely.
The Universal Audio plug-ins require special hardware from the manufacturer either as a PCIe card for your computer, or a satellite Firewire or Thunderbolt box. Most manufacturers allow a trial period to use the plug-in for free. Get a demo of an analog tape machine plug-in yourself; I think you’ll be very happy with the results.
ABOUT THE AUTHOR
Steve Wytas is the Chief Engineer at Dirt Floor in Chester, CT and owner of Audio 911, LLC. He has been involved in recording since he received a Radio Shack cassette recorder at the age of 10. Visit www.dirtfloor.com or www.audio911.com.