Free PPG Wave 2.2 Sample Pack & Urban Cookbook Vol 1. by Goldbaby

via Goldbaby

"PPG Wave 2.2 Free - Synth sounds: This pack contains 3 programs sampled through analog hardware and then mapped to Kontakt 4 & 5 plus Logic's EXS-24." You'll find it and more free packs on Goldbaby's Free Stuff section.

You'll find the Urban Cookbook here (samples online).
"Want to cook up some delicious beats... well then you probably need my cookbook. The ingredients are full of saturated fat, MSG, a heap of sugar and are not suitable for a low cholesterol diet. The recipes are perfect for these dishes: Hip Hop, Dub Step, Drum & Bass, Breaks, Grime, Dance Hall, Electro... Although chefs making other dishes like: IDM, House and Techno will appreciate the varied high quality ingredients. Punchy Kicks, Solid Snares, Hi Hats, Toms, Percussion, Claps, Cymbals, Layering tools, FX, Vinyl Hits, Chord Hits, Bass tools and Rex Loops... just over 1 GB of the freshest ingredients.

With patches for Maschine & Mikro, Battery 3, Kontakt 4, Geist and Logic's EXS-24.

You will need the full version of Kontakt 4 or 5 to use the Kontakt patches. The free player will only load them in demo mode."

BTW, click the PPG pic above for a nice full size shot.

Sequential Circuits Six Trak SN 004773

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via this auction
thestudiobaron07 (RSS)

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TouchOSC layout dedicated for FL Studio´s Step Sequencer

via J.MARTINS:
"Designing a TouchOSC layout for each FL Studio project is a bit boring. So I come with the idea of having a tool to sync some aspects from an FL Studio project with a TouchOSC layout. The most important aspect I got in my mind is the Channel names from FL Studio's Step Sequencer because the Step Sequencer from FL Studio is a powerful tool that´s almost responsible for all the unique workflow of this DAW

This layout is for better handling automation via FL Studio´s Step Sequencer (When Muting/Unmuting Channels). It comes with a feature that shows the Instrument Channel names from FL Studio (up to 12 Channels plus up to 4 characters from each Channel's name) in your TouchOSC layout almost in real time. That helps a lot with the workflow of creating music in FL Studio plus sequencing it with an iPad.
More info: http://j---martins.blogspot.com.br/2012/04/touchosc-layout-dedicated-for-fl.html"

TouchOSC - hexler
iPads on eBay

Eardril Morphun

via Eardrill where you'll find addition pics and info.
You'll find a couple of videos in this post below.

"The Morphun is a fun way to reshape control voltages. At least it started out that way. Somewhere along the way it grew into a mini sequencer. The goal behind the morphing function is to make cv processing playable, and fun in the process.

Morphun has four main modes:
Morph The mode I started with is the morph mode. As a historical reference, Morph mode is sort of like the Tracking Generator found on an Oberheim Xpander, and sort of like the breakpoint generator on the 256e/257e. In this mode, a control voltage coming into the morph jack scans across the values on the sliders, interpolating between slider values as it goes. This lets you sculpt / reshape a control voltage into many curious shapes.

The Morph input range of 0-10 v. is scaled across however many stages of the Morphun are enabled, so the breakpoints are evenly spaced across the 0-10 v. range. I tend to think of it as a table with fixed X positions (based on number of enabled stages), variable Y positions, and the morph interpolating across it. If the Morphun is set for only two positions, the two sliders are like the knobs on either side of the 256e display, setting scale / inversion. If the Morphun length is set for three positions, it's like a 256e section with a breakpoint fixed in the middle of the X range.

Snap Then I added snap mode, which snaps between the values on the sliders. A full-scale ramp at the morph input will act as a sort of sequencer, stepping through the eight values on the slider. For example, if you drive the Morphun from an LFO with an ascending sawtooth wave, the sliders will be output in order, if from a descending saw the sliders will be output in reverse order. If you drive it with a Source of Uncertainty Quantized Random section set to 8 steps, the Morphun will randomly select among the eight sliders to output.

Clock I figured "in for a penny, in for a pound" so I added a strobe and clock mode. Clock mode is more or less a normal sequencer. Pulses into the clock input select the next stage, and reset starts at one again.

Strobe Strobe mode is sort of a cross between morph and clock, the value at the morph input is sampled every clock, then the interpolated value is looked up on the sliders.

The sliders have LEDs in the handles to let you see where you are. With the sliders set like this, the output is the same as the input.

The number of stages can be set in a similar way as is done on the Source Selector.

This is my first double-height ModuleModule module."

Morphun_Seq1

YouTube Published on Apr 5, 2012 by cbmuir

Morphun_Morph

Published on Apr 6, 2012 by cbmuir

Rhizome Tutorials

Rhizome - Tutorial 1 - controlers preview - EN

YouTube Published on Apr 12, 2012 by Feeltune

"In this video, our demonstrator presents the interface and use of diferents endless encoders, buttons and pads."

Rhizome - Tutorial 2 - real time tracks- EN

Published on Apr 12, 2012 by Feeltune

"In this video, our demonstrator presents the creation, recording and editing tracks real time."

Rhizome - Tutorial 3 - step track - EN

Published on Apr 18, 2012 by Feeltune

KORG Z1 Multi Oscillator Synthesizer SN 002417

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via this auction

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Doobie Brothers Moog Memorymoog Plus Synthesizer?

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via this auction

"There may be other Memorymoogs on ebay But I guarantee you this is the only one that preformed live at the Hollywood Bowl with the Doobie Brothers!!...

This Memorymoog is owned is owned by Patrick Simmons of the Doobie Brothers he purchased it in 1983. It was used on his solo tours and again when the Doobies preformed 1987! at that time it was played by Cornelius Bumpas for the reunion tour which began with a show at the Hollywood Bowl and continued for several more shows to raise money for various charities. It was also used in the studio on a few recording sessions and for a short time on gigs when the Doobies toured in the early 90s! Soon digital synthesizers took over and it has been in secure dry storage ever since..."

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Moon Modular 565 V3 Quad Quantizer

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via NOISEBUG Reverb

"The module format follows industry standard (synthesizers.com/Moog/Curetronic/Mos-Lab etc.)

Modules work with supply voltages of -12...-15 Volts/+12...+15 Volts

Two power connectors are on-board (synthesizers.com/Club of the Knobs),
Threshold voltage of the trigger inputs is +1 Volt.

The modules are ready to be used: insert the module, connect the power plug,
attach with a couple of screws and the fun starts...

The M565 v3 QUAD QUANTIZER features four independent quantizer circuits.

The module quantizes variable control voltages into semitone intervals (1/12 volt) over an input voltage range –10.58 to +10.58 volts, in other words more than 2 x 10 octaves (128+128 semitones).

Gate pulses fed into the "Gate In"-jack trigger the quantizer; in "low" state no quantization occurs (useful to sync the quantization process precisely to a sequencer-clock out).

An "open" gate input is recognized by the module, it quantizes, i. e. if no gate jacks are patched. The four gate-ins are passed through, one plugged IN 1 feeds IN 2 to IN 4 as well. The gate outputs supply a pulse, whenever the (quantized) output voltage changes. The LEDs display exactly this pulse. The most recent quantized value remains preserved until the next quantization will occur.

Two adapters are on-board to connect one or two M 565 D Quantizer Controller modules. The M 565 v3 does support the connection of M 565 E modules, too.

An M 565 v1 or M 565 v2 Quad Quantizer Module can be updated to v3, to allow connection to M 565 D controllers and the M 567 programmer module."

Moon Modular 565D Quantizer Controller

Note: Auction links are affiliate links for which the site may be compensated.

via NOISEBUG Reverb

"The module format follows industry standard (synthesizers.com/Moog/Curetronic/Mos-Lab etc.)

Modules work with supply voltages of -12...-15 Volts/+12...+15 Volts

Two power connectors are on-board (synthesizers.com/Club of the Knobs),
Threshold voltage of the trigger inputs is +1 Volt.

The modules are ready to be used: insert the module, connect the power plug,
attach with a couple of screws and the fun starts...

The M 565 D Quantizer Controller allows to limit the output voltages generated by the M 565 v3 Quad Quantizer to any desired key, chord or note interval. Up to two 565D Controllers can be connected to one 565 v3 Quantizer.

Technical Details:
Using the array of 12 keyboard-like arranged illuminated push buttons on the right, notes can be activated or deactivated in any combination. The adjusted scale works over the whole quantizing range of the M 565 V3 (±10 octaves), and controls all four quantizing-units in parallel. Up to two M 565 D Quantizer Controller modules can be connected to a single M 565 v3, which allows two different keys/scales to be used at once. Quantizer 1 and 2 depend on the first quantizer controller, quantizer 3 and 4 on the second. The upper three buttons transpose the output voltages of the connected quantizer(s) in semitone increments to the desired key plus one octave up or down. When the button "Set Transpose" is pushed, its LED blinks and the "keyboard" shows the current transposition; the transposition status can be changed by pushing the desired "key". Pushing the "Set Transpose" button again exits the transpose mode. The Octave up/down buttons are permanently active.

Inputs And Outputs:
None

Measures and Weight:
5U module according to Moog norm factor. 1 unit wide. Connectors for the power distributions of Synthesizers.com and COTK."

Moon Modular 567 Universal Programmer

Note: Auction links are affiliate links for which the site may be compensated.

via NOISEBUG Reverb


"The module format follows industry standard (synthesizers.com/Moog/Curetronic/Mos-Lab etc.)

Modules work with supply voltages of -12...-15 Volts/+12...+15 Volts

Two power connectors are on-board (synthesizers.com/Club of the Knobs),
Threshold voltage of the trigger inputs is +1 Volt.

The modules are ready to be used: insert the module, connect the power plug,
attach with a couple of screws and the fun starts...

The M 567 Universal Programmer is the follow-up module to the M 568 P. While the latter was conceived as an extension to the M 568 Quad Sequential Trigger Source, the M 567 provides storage for other modules too.

The non-volatile memory of the M 567 comprises two memory banks with 8 memory slots each. They are selected by the two "Memory Bank" buttons and the eight "1...8" buttons. Pushing the "Recall" button activates a saved preset.

The "visible" preset is being hold in an edit-buffer, a sort of "zero"-memory position - so nothing will get lost when switching the module on and off. Only when a memory slot gets recalled the edit buffer is overwritten (therefore there is no automatic recall of the dialed memory position when the module is turned on).

To save an adjusted or modified preset, push the "Save"- button (Save-LED blinks), select the desired memory-position and push the "Save"-button again (save-LED dies out, preset is saved).

To erase an adjusted or modified preset, push the "Clear"- button (clear-LED blinks), select the desired memory-position and push the "Clear" button again (clear-LED dies out, preset is erased).

To duplicate an adjusted or modified preset or to move it to another memory slot, push the "Copy"-button (copy-LED blinks), select the desired source memory-position, push the "Save"-button (save-LED blinks), select the desired destination memory-position and push the "Copy"-button again (LEDs die out). The preset ist copied now.

Using the "Previous/Next" buttons/jacks combination in the lower part of the module, the next and previous memory slots can be recalled - using the respective push-button or a trigger pulse.

Example: preset 5 in memory bank 1 is runnung and I push the "Next"-button: preset 6 gets recalled, pushing the "Previous"-button will activate preset 4.

Button and jack "Reset" activate a return to memory bank 1/slot 1."