All you can eat vintage synths on this nice Sunday morning, featured gear listed below:
MOOG Minimoog / ARP Odyssey / KORG MS-20 / E-MU Modular System / MOOG System 55 / Sequential Circuits prophet-5 / Oberheim SEM / Oberheim OB-1 / RML ElectroComp 100 / Roland-SH-2 / KORG 800DV / EMS Synthi AKS / YAMAHA CS10
The title track from 1983’s Sweet Dreams (Are Made Of This) album has one of the most instantly recognisable synth riffs around. There have been many different theories about the synths used on it, but the consensus seems to be that either an Oberheim OB-X was used for both the left and right riffs, or perhaps a Juno-6 and Roland SH-09 for the left and right channel riffs, probably sequenced using a Roland CSQ-100.
I guess asking Eurythmics themselves wasn’t an option
Featured instruments in this video:
Alesis Metavox & 3630
Moog CP251 FreqBox MP 201
Logic Ultrabeat Drum
All sounds self-programmed: Oberheim OB-X Analog Synthesizer from the year 1979
recording: multi-track without midi, sequenced by the SCI Pro-One step-sequencer over CV/Gate and synced with the TR-808.
drums: Roland TR-808
fx: a little bit delay and reverb
more info: http://www.retrosound.de
About the synth:
The Oberheim OB-X is an analog polyphonic synthesizer first commercially available in June of 1979 . It was the first Oberheim synthesizer that was created with internally pre-wired modules (albeit still mostly discrete circuits) and not with the earlier, unwieldy S.E.M.s (Synthesizer Expander Module). Because of this, it was more functional for live performance, and more portable. It was hurriedly introduced to compete with competitor Sequential Circuits’ Prophet-5, which took the industry by storm during the prior year. While the OB-X had moderate success in the limited numbers produced (aprx. 800 units), the design was quickly updated and streamlined with the OB-Xa; the OB-X being discontinued in 1981.
Originally, the “X” in OB-X, stood as a variable for the number of voice-cards – thus, polyphony – installed. Whereas earlier Oberheim modular systems would require multiple S.E.M.s to achieve polyphony, the OB-X condensed the S.E.M. down onto a single printed circuit board called a “Voice Card”. Using this method, along with the Z-80 microprocessor to program the cards, the OB-X was far less laborious to program than it’s ancestors. It came in four, six, and eight-voice models. The starting price for the base model of only 4 voices of polyphony was a steep US$4,595. Besides the generous polyphony, each OB-X came with a memory capable of holding 32 user-programmable presets, along with polyphonic portamento, and polyphonic sample and hold. Also, a first for Oberheim’s polyphonic range were the “paddle” levers for pitch and modulation. This was Oberheim’s answer to the then standard “wheel” style controls seen on the Sequential Circuits Prophet-5. The OB-X would be used by artists such as Nena, Rush, who used it extensively on “Moving Pictures” and “Signals” Queen, being the bands first Synthesizer to appear on an album Prince, who swore by the Oberheim OB line, and Jean Michel Jarre who used it for it’s massive brass-type sounds. The OB line of Synthesizers developed and evolved even after the OB-Xa with the OB-8, and finally the Matrix series of synthesizers.
SonicProjects have created a VSTi emulation of the OB-X, for Windows and Mac platforms called the OP-X, with near-identical sounds to the hardware version. Widely praised as the most accurate emulation of an Analog Polysynth, SonicProjects include multiple versions of the OP-X including two “Pro” versions.
Here is a brief demo of the Futureretro 777 monophonic analog synthesizer/sequencer and the Akai MPC-60 sampler/sequencer. The 777 is running off of it’s internal sequencer and is sync’d via MIDI clock to the MPC-60. The MPC-60 has a sampled set of Oberheim DMX sounds. The delay that the 777 and drums are sent to is the Ibanez DMD2000. All are mixed on my StudioMaster mixer and sent straight to my soundcard (Native Instruments Kore 1).
In this Video Neil takes a detailed look at the advanced features of the Arturia Mini V, An expanded software emulation of the classic MiniMoog Vintage Synthesizer.
Routing separate sequences to separate analog synthesizers in different formats the Serge tkb oversees all control voltage tracking tasks. These sounds were created and tweaked live.
Additional info about the Serge:
A few words about Serge sequencers. Note that Serge/Sound Transform does not make a traditional keyboard like you see on most other synthesizers, such as Moog, Roland, etc. You can get a traditional vintage control voltage keyboard (Roland, Moog, Polyfusion, etc.) and interface it to the Serge, since the Serge adheres to the 1 volt/octave standard. Or you can generate a control voltage from your MIDI keyboard and an interface.
Sound Transform follows the Buchla model of offering a touch sensitive keyboard/sequencer unit, as well as more traditional simple sequencers. Originally, they offered a sequencer whose stage was selected by push buttons. This is what’s called a sequencer-programmer: you could use it in an automatic mode as a traditional sequencer, or use it manually to select/program voltages you set. So you can mimic a traditional keyboard if you want by tuning each stage to various notes. Or discard the traditional keyboard concept and simply use it to fine-tune different parameters in your patch for later recall.
The TKB is the hub of the sequencers – each stage has a corresponding output that goes high when it’s selected. This complements the other sequencers, which have an input that, when high, causes that stage to be selected. So the TKB can be used to control another sequencer, or whole sets of other sequencers, regardless of the number of stages they might have.
Sound Transform offers a set of Serge sequencing programmers, from four to eight stages, plus the Sequencer with eight stages, and the TKB with sixteen stages. Confused? What they call their regular Sequencer is not a sequencing programmer in that each stage is selectable by a button but not by a stage select input. The sequencing programmers have stage select inputs. And the TKB has stage select outputs.
The sequencers are a little ‘bare’ in that none of them have an internal clock. You must use another module as a clock source, and typical sources are the DSG, DTG, and the Smooth section of the SSG, patched to oscillate. But they do have cute features such as step trigger inputs for RESET, UP/DOWN, and HOLD.
Most of the Serge sequencers are optionally available with an internal connection to a quantizer. Why would you want that? The quantizer forces the range of the stage pots into stepwise note intervals. So as you turn the pot, it isn’t a continuous rise or fall, but steps up and down a scale. This makes tuning much easier and more reliable. The variable outputs are still available on quantized sequencers also.
Oberheim Xpander playing the Toccata and Fugue in D minor, BWV 565,Johann Sebastian Bach (MIDI sequence).
Starting from the default Oberheim patch, this patch was made with the Xplorer editor, a real time editor for the Oberheim Xpander and Matrix-12.
You can download the sysex of this patch here: http://xplorer.programmer.free.fr/bb/viewtopic.php?id=15
More info about the Xplorer editor: http://xplorer-editor.com
First song by I SATELLITE in over 8 years. This is a cover version of “This Heart’s Not Made of Stone” by Television Personalities. Preliminary demo vocal.
Instruments used: Minimoog (x2), Roland VP-330, Minikorg, Oberheim DX, Roland MC-4b MicroComposer, MPC-3000.
The OB-Xa is a massive analog synthesizer with a very familiar and classic Oberheim sound. Its sound, size and power are very similar to the Prophet 5 from Sequential. However this one has up to 8 voices which can be split, layered and stored!
The OB-Xa was available in four, six or eight voice polyphonic models. They all featured patch memories, also in varying degrees. A minimum of 32 patches were available on early models (4 banks of 8). The maximum amount of patch memory storage found on many OB-Xa’s is 120 patch memories. All models of OB-Xa, however, featured the new Curtis chips which offered great stability for an analog synth and they are attributed to its great filters and sounds.
The OB-X was very similar to the OB-Xa except that its voices could not be split or layered and, more significantly, the OB-X had a lowpass-only discrete SEM 12dB/oct state variable filter, which had a great and classic Oberheim sound. The OB-Xa changed that in an attempt to economize manufacturing and increase stability by switching to CEM3320 Curtis chips for its filters. The Xa offered two switchable filter modes: 12 dB/oct (2-pole) or 24 dB/oct (4-pole). This hardware change resulted in a more agressive sound, not quite as creamy as the OBX original, but what still became a “bread and butter” sound of the Oberheim line.