Take Our Audio Poll: Do We Need Higher Definition Sound?

We’re in the 21st century and we have the worst sound that we’ve ever had. It’s worse than a 78 [rpm record]. What happened?

Reblogged from Trust Me I’m a Scientist: Take Our Audio Poll: Do We Need Higher Definition Sound?

 

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introducing ThrillseekerLA

ThrillseekerLA – digital stereo leveling amplifier with truly analog qualities.

At a glance

• Sophisticated and deep gain riding full of musical character and attitude but with virtually no inter-modulation (IM) distortion artifacts
• Feedback compression design w/o any samplerate based delay in the loop
• Classic input level driven two knob design with additional manual attack and release time interventions
• Highly program dependent envelope timing adoption offering attack times ranging from “instantaneously” up to around 100ms and release times from 30ms up to several seconds
• Mix level switch to adopt the plug-ins internal gain staging to mixing levels at around -18dBFS
• Custom SC filter option to attenuate the SC bass response while slightly boosting the HF spectrum
• Additional one pole (6dB per octave) SC low-cut filter adjustable from 20 to 500Hz
• External sidechain support
• Switchable Input/GR/Output metering display
• Variable compression range control from 0 to 100%

applying saturation through the sidechain

This short article gives a brief introduction on applying waveshaping algorithms not directly in the audio path but via a transformed equation through the sidechain and a VCA instead.

Typical saturation curves

the magic is where the transient happens

This article could have been an esoteric one but then it would probably be titled as “the magic is where the change happens” or something like that. Don’t worry, this is just about some findings and myth on audio transient processing and it’s, errm, reincarnation in the upcoming TesslaPRO VST audio plug-in.