MONOTRON vs. TENORI-ON at NOISEBUG.NET - Synth Sychronization

YouTube via VJFranzK | August 26, 2010

"Analog filtering mixes interestingly with the Tenori-on's digital sequencing complexity!"

Serge Self Improv

YouTube via vgermuse | August 25, 2010

"a self-generating patch using a Serge Modular Music System.
All analog all the time."

Axon Programming Tutorial Part Two Of Six

YouTube via AudioDamage001 | August 25, 2010
Part 1 here
"This video is a three minute overview of how to make connections between neurons, and how to get complex rhythms."
Update: video reloaded.

Moog Micromoog Analog Synthesizer (1975)

YouTube via retrosound72 | August 25, 2010

"vintage synth demo by RetroSound

Moog Micromoog Analog Synthesizer from the year 1975

demo of different VCO, VCF, envelope and LFO settings

The Micromoog is a great monophonic analog synth but very underrated.
The sound is nearly to the Minimoog when 1 VCO used. The waveforms are more clean but the filter is similar to the Mini. The Micromoog is perfect for very deep bass, lead and fx sounds."

Electronica beat with Reason 4 by DJ Galactic

YouTube via djgalactic | August 25, 2010

"This is a song I made with Propellerhead Reason 4 software (Electronica / Down Tempo): I used the original song produced on my last album (Electro Effect), and to create a special version of the song, with the sound of Reason's synthesizer(Thor, Red Drum, Malström, Dr. REX...) Don't hesitate to send comments, rates or questions...http://www.djgalactic.com"

Inside a MULTI KLONE DRUM BRAIN

via this auction

"THE MULTI KLONE DRUM BRAIN FEATURES 5 CHANNELS. EACH CHANNEL INCLUDES TRIGGER IN/AUDIO OUT, DECAY, SWEEP, TUNE,LEVEL,NOISE, BEND, Q/TONE, ATTACK, AND REPEAT, (REPEAT FUNCTIONS SIMILAR TO AN ECHO BUT WILL ONLY ECHO 1 TIME. THE DISTANCE BETWEEN TRIGGERING THE ORIGINAL NOTE TO THE REPEAT NOTE IS ADJUSTABLE TO APROX. 1/2 OF A SECOND), AND A MANUAL FINGER PLASTIC TRIGGER BUTTON WHICH IS SIMILAR IN CONCEPT TO A DRUM PAD. THE MAIN OUTPUT FEATURES A SECOND NOISE GENERATOR FOR THAT EXTRA "CRUNCH" AND A MASTER LEVEL. EACH DRUM SYNTH CHANNEL IS EXACTLY AS THE NEXT WHICH ALLOWS THE USER TO CREATE TOMS, SNARE, KICK, BOOM, AND HAT ON ANY CHANNEL. THE SOUNDS ON THE UNIT ARE FANTASTICALLY AWESOME RANGING FROM DEEEEEEEEEEP BASS, CRUNCHY SNARES, PINGING HATS, BLIPS, BLURPS, AND CHURPS. THINK OF MINISTRY, PORTISHEAD, OR NIN SOUNDS AND YOU HAVE THE INDUSTRIAL SOUNDS OF THE MULTI KLONE."

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Inside a 1971 MUSONICS MOOG MINIMOOG, with CAE CV mod

Another via SV Synthesis where you'll find more pics and info.

"A Musonics Minimoog, she was built under an early incarnation of the Moog brand, after RA Moog, but before Moog Music. This unit, just the 1242nd Minimoog ever built, is in astoundingly beautiful shape."

Inside a Steiner Parker Synthacon

via SV Synthesis where you'll find more pics and a video by vgermuse I put up a while back. Note SV Synthesis is a tech based out of Oakland, CA and is available "for all your synth repair, restoration, modification, and maintenance needs..."

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YAMAHA YME8 MIDI EXPANDER

via this auction

GR GenRad Digital Tracking Synthesizer DTS 2515-3015

via this auction
Anyone have any more info on this one? GenRad or General Radio made test equipment. According to Wikipedia they started in 1915.

"Among General Radio's accomplishments over the years have been:

* The introduction of one of the world's first portable oscilloscopes
* The production of many high-precision standards for resistance and capacitance
* The commercial production of the stroboscope as the Strobotac
* The commercial production of the sound level meter
* Commercial invention of the binding post.
* Invention of the GR connector
* The Variac variable autotransformer"

According to the General Radio Historical Society, they made the first commercial oscilloscope:
"In 1931 there were several ways of observing electrical waveforms. One was to apply different signals to the deflection plates of a cathode-ray tube. Such tubes were available at the time and used by many experimenters. General Radio provided the first commercial version of such a device in 1931 with tubes, first from Germany, and later from Westinghouse, U.S. The instrument was in two pieces with the tube mounted on a stand and the power supply in a separate cabinet."