A quick track using only the Osmose by Expressive E

video upload by NGC0 Music

"What's the best way to learn a new synth, if not trying to create a track using it as the only instrument?"

The TITAN Synth Built From A Magazine Subscription In 1973 - Wireless World

video upload by LOOK MUM NO COMPUTER

"The WIRELESS WORLD Electronic Sound Synthesizer Built By John if you'd like to see more videos on this project/livestreams and more
support here :- https://www.patreon.com/Lookmumnocomp..."

You might recognize the TITAN from this previous post: VINTAGE ANALOGUE SYNTHESIZER....Wireless World 1973

AMBIENT Roland SH-4d & Roland Jupiter-Xm

video upload by Alba Ecstasy

"Ambient Patches 👉 https://www.albaecstasy.ro

Not quite what I really wanted to produce today - I started to prepare a nice demo of the Roland SH-4d - but it turned to combining my new favourite synths: Roland Jupiter-Xm and Roland SH-4d into this track.

Putting these amazing synths together to create a space ambient Berlin School track was really nice and easy.
With both you can create on the fly and have really nice results!

Roland Jupiter-Xm provides pads, sequence 1, lead and drums.
Roland Sh-4d comes with the bass line and sequence 2.

No MIDI connection between them.
Some additional delay & reverb effects were added from Logic Pro X.

Name of the track: Iridium, from the 'Indigo, Iridium and the Cosmic Tree' album
https://albaecstasy.bandcamp.com/albu..."

Roland MC-101 - MOD (IDM/Electro)

video upload by Unifono2012

https://unifono.bandcamp.com/

Can a Yamaha PSR-SX700 Keyboard sound like an Analog Synthesizer?

video upload by Elmar Mihm

"All Sounds are from Yamaha PSR-SX700 Keyboard.
No external FX or EQ.#synth Hope you enjoy!
This composition is available as sheetmusic in my book 'Natürlich Piano'.
https://www.amazon.de/romantische-Kla..."

On Amazon US here.

super6_arp2600m

video upload by studio snippets

New SoundForce Chorus 6 & uChorus 6 Eurorack Modules

The Chorus 6

"Coming July 2023.

The SoundForce Chorus 6 is 16HP Juno style BDD chorus with plenty of CV inputs. It is using the Xvive MN3009 and the same audio path as the original circuit. It can do the classic Juno I, II and I+II modes. I+II modes are available from both the Juno 6 and Juno 60, each in mono (as the original) or stereo, giving you 4 I+II options. But the manual and external modes can take the module away from sweet and pretty sound territories right into weird and noisy soundscapes.
Some tech-talk:
A chorus effect is created by mixing a dry signal with a delayed signal. The delay time is modulated by an LFO to create more movement. To create some stereo width, the left and right modulation are 180 degrees out of phase. Exactly like the chorus in the Juno 6/60/106, the delay is made with MN3009 BBD chips. Also as in the original design, filters are added both before and after the BBD chips in an attempt to hide some of the artefacts of this very crude IC.
To get the audio “moving” through the chain of MOSFETs in the BBDs, driver signals are needed. This used to be done with the MN3101 BBD driver chip. Unlike the MN3009, there is no clone available of this ancient IC and this was a chance to add some modernity to the design. The drivers were replaced by a modern STM32 micro-controller along some extra ICs to convert the 3.3V logic to the negative voltage needed by the MN3009.
In order to recreate a genuine Juno-type modulation, the BDD driver signals of my Juno-106 were sampled over a few periods. Using the timer peripherals of the STM32, a replica of the BBD driver signals can be sent out to the MN3009’s. Although the driver signals only follow a very basic triangle LFO shape and could have been generated using direct synthesis in the firmware, this method gives an exact copy of the original driver signals including all the potential imperfections.
Implementing a digital programmable chip also allows a digital-style interface with tactile switches and LEDs as in the original Juno interface. The last used mode is saved and loaded when the module powers on. The CV inputs (with the exception of the MIX CV) are acquired by the STM32 ADC and can modulate the BBD driver signals based on parameters in the firmware.
Price and availability:
It’s available from end of June 2023 at ±299 euros incl VAT (247 euros outside of Europe) on the SoundForce webshop and at my dealers. US customers can order directly from Perfect Circuit Audio."

The uChorus 6

"Coming June 2023.

The SoundForce uChorus is 4HP compact version of the classic Juno style BDD chorus. It is using the Xvive MN3009 and the same audio path as the original circuit. It can do the classic Juno I, II and I+II modes. I+II modes are available from both the Juno 6 and Juno 60, each in mono (as the original) or stereo, giving you 4 I+II options. This module is a stripped down version of the bigger Chorus 6 module which includes CV control.
Some tech-talk:
A chorus effect is created by mixing a dry signal with a delayed signal. The delay time is modulated by an LFO to create more movement. To create some stereo width, the left and right modulation are 180 degrees out of phase. Exactly like the chorus in the Juno 6/60/106, the delay is made with MN3009 BBD chips. Also as in the original design, filters are added both before and after the BBD chips in an attempt to hide some of the artefacts of this very crude IC.
To get the audio “moving” through the chain of MOSFETs in the BBDs, driver signals are needed. This used to be done with the MN3101 BBD driver chip. Unlike the MN3009, there is no clone available of this ancient IC and this was a chance to add some modernity to the design. The drivers were replaced by a modern STM32 micro-controller along some extra ICs to convert the 3.3V logic to the negative voltage needed by the MN3009.
In order to recreate a genuine Juno-type modulation, the BDD driver signals of my Juno-106 were sampled over a few periods. Using the timer peripherals of the STM32, a replica of the BBD driver signals can be sent out to the MN3009’s. Although the driver signals only follow a very basic triangle LFO shape and could have been generated using direct synthesis in the firmware, this method gives an exact copy of the original driver signals including all the potential imperfections.
Implementing a digital programmable chip also allows a digital-style interface with tactile switches and LEDs as in the original Juno interface. The last used mode is saved and loaded when the module powers on.
Price and availability:
It’s available from end of June 2023 at ±199 euros incl VAT (164 euros outside of Europe) on the SoundForce webshop and at my dealers. US customers can order directly from Perfect Circuit Audio."

[impro] Blofeld Multimode Track (050523)

video upload by Synthesizer Video Service

"Equipment:

Waldorf Blofeld (all sounds)
M-Audio Axiom 61 (controller keyboard)
Expression pedal

Recorded in one go without any further post-processing with a Zoom H4N recorder.

If you want to support me, check out my synthesizer patches:
https://frequture.net/shop"

Commodore Music on a Super Nintendo & Nintendo NES - Jet Power Jack

video upload by MrCaliforniaD

"Me: Mom, can we have synthesizers at home?
Mom: We have synthesizers at home.
Synthesizers at home:
🤓"

Chill synthetic synthwave Great Conjunction, Bluebox and OMX27

video upload by Arman Bohn

"Starting to get MIDI sorted out on the Great Conjunction. The OMX27 is sending notes and each of the three sequencers is set to receive them on the same channel, essentially coordinating key changes in the generative pattern. 

The bluebox is doing some heavy lifting here, with a very thick reverb and slight delay.

Two of the sequencers are set to instrument 77, while one of them has a more dramatic flute like tone going on.

I have almost all of the parameters of the Great Conjunction connected to MIDI CC. Next, I’m going to work out some kind of mode where you can actually play the synth directly via a keyboard."