Friday, March 25, 2022
Bad Gear - Yamaha RM1x
video upload by AudioPilz
"Welcome to Bad Gear, the show about the world's most hated audio tools. Today we are going to talk about the Yamaha RM1x Sequence Remixer. Is this 1999 dance-oriented groovebox a professional sequencer in disguise. Is it 'The Raver'?
Chapters:
00:00 Intro tune
01:06 Overview Roland R8
05:49 Hate
06:15 Jam 1
07:09 Jam 2
08:11 Finale
08:43 Verdict
09:41 Patreon Vocoder Shoutout"
AudioPilz Bad Gear posts
Multimode Vactrol Filter & VCA with a wide sonic range + Pinging - Teia OptoCore
video upload by Monotrail Tech Talk
"The Teia Synthesizers OptoCore combines a vactrol multimode filter, with a vactrol VCA. Both circuits run in parallel, and you can manually crossfade between the two. The separate controls for drive, resonance and feedback add to the sonic range of the module. In this video I go over the functions and features of the OptoCore in detail, show a series of patches to give you an idea of the sonic range, and finally spend some time pinging the filter for percussive sounds!"
Additional Teia OptoCore posts.
KORG Wavestate Native
video upload by LFOstore
"Dear customers!
We are glad to announce that all our Wavestate soundsets are successfully tested and working with Wavestate VST plugin!
Plugin sounds massive and wide and strongly recommend.
Enjoy!
Buy: https://lfo.store/product-category/ha..."
Studiologic Sledge - "Cinematica" Soundset 50 Presets
video upload by LFOstore
"Welcome to the world of cinematic sounds of Studiologic Sledge Synthesizer!
This yellow/black machine with Waldorf's famous engine under the hood & true hands on control can offer you all needed ingridents for your sound track:
* Beautiful Lush Pads
* Massive Strings
* Melodic Plucks
* WT Drones
* Big Basses
* Moving Arps
* Cutting Leads
BUY: https://lfo.sellfy.store/p/studiologi...
Sounds are reacting both on MW & Velocity + Aftertouch.
Can be uploaded into both Yellow & Black Machines.
Instructions are included.
By Nick Klimenko aka Chronos, a creator of 'Organica' for Waldorf Blofeld & 'WS Universe' for Korg Wavestation.
Every patch of our soundset is musical & can be immediately used in your tracks & production.
Enjoy and may the music come with you!"
Eurorack Modular Glitch-Hop #shorts
video upload by Piotr Garbaczonek
"Thanks for watching!
Here are some links of mine:
https://linktr.ee/pgarbaczonek
Go follow my Patreon here:
https://www.patreon.com/pgarbaczonek?..."
Two DB-01s as a matched stereo pair: noodlings
video upload by Richard DeHove
"While thinking how nice it would be to have a modulatable stereo filter it (belatedly) came to me that my two DB-01s could pretty easily simulate a single synth with a stereo filter. The DB-01s have just the right degree of simplicity to allow for easily matched parameters, and the LFO is ideal for in-sync stereo modulation. I kept the pattern absolutely basic just to concentrate on the stereo effect.
One interesting thing I did notice was how sensitive I suddenly became to tuning differences once I tried to match the two units. It took a good half hour for the units to warm up and be in tune. Until then one was about 4 cents out, the other about 1 cent. Insteda of being a trvial difference or even a nice "thickener" it just sounded off to me. Curiously one unit was also quieter than the other so to match them up one is on volume 60, the other on 83. Once warmed up though they were absolutely stable and what you see in the video is the units after being on for about three days :D
So with a little help from the Zen Delay (and some Omnisphere at the end) here's the result.
0:00 Setup
0:23 Filter noodle
1:09 LFO phase
3:48 LFO phase v2
5:08 Extra synth on top
My site: https://richarddehove.com/
Lots of downloads for supporters on Patreon: https://www.patreon.com/richarddehove"
TEST SERIES Polyend Tracker Guitar Drolo Stretch Weaver Sound Design Experimental Music
video upload by Outsider Sound Design
"Polyend Tracker and Guitar.
Both are routed through the Drolo Stretch Weaver.
The Stretch Weaver has different effects that will enable the two input sources to interact with each other. In the examples used here, the guitar signal triggers an effect to applied to the tracker.
The purpose of 'TEST SERIES' is to focus on the sound design possibilities of various gear combinations. This series is not musical nor does it serve as an instructional video. It is all about sound potential.
Please consider supporting this channel by purchasing a sample pack or music download from www.outsidersounddesign.com"
VVRONGER | Portable Arcade Synthesizer
video upload by Ventla
"available on https://ventla.bandcamp.com/merch/vvr...
vvronger is an analog-digital hybrid monophonic mini (more mini than minimoog) synthesizer with csg -- complex sound generator -- synthesis
vvronger incorporates legendary pedigree sn76477(n) sound chip manufactured by us of a's finest texas instruments in 1978 which used in various arcade video games, pinball machines and electronic toys released on that era such as space invaders (taito), sheriff (nintendo), space encounters (midway), vanguard (snk), sharpshooter (game plan), locomotion (zaccaria), sound fx machine (remco), muson synthesizer (mego) et cetera
layout designed and assembled by me"

specifications
a. mono output jack, obviouslyb. these could maybe work as kinda like an on-off mixer for a sound sources or as an envelope selector
c. seems to related with a duration of one-shot function
d. probably defines an one-shot duration range
e. probably some lfo-related component
f. vco-related component
g. sorta lfo adjustment thingy
h. the component we usually hardly use
i. pitch adjustment thingy
j. a mysterious component. hardly use
k. a switch to convert vco sources (internal <-> external)
l. a switch to convert sound envelopes (constant <-> one-shot)
m. i swear this is an one-shot trigger button. also works as sorta like a mute button sometimes
n. cool slide switch somehow i settled
o. external vco input jack. important component for a decent musical usage. vvronger has no gate input jack just in case
p. noise clock-related component
q. sorta noise filter
r. also a noise filter-esque component. also maybe works as sorta noise gate
s. definitely perhaps decay adjustment component
t. attack adjustment
u. decay adjustment
v. works as some kind of tone colour control section
w. cool 9v batt snap
Elektor Labs J2B 9bit synthesizer midi / Soulsby Atmegatron clone
Note: links to listings are affiliate links for which the site may be compensated.
video upload by Elektor TV
Elektor J2B Synthesizer First Demo of Prototype from 2014.
"This video shows Elektor's J2B Synthesizer prototype running a soft synthesizer engine ported from the ATmegatron by Soulsby. Listen carefully to the sounds produced by this beast and admire the way you can control it. LPC1347 rulez the waves :-)"
via this auction
"This is a port of the Soulsby Atmegatron 8-bit monophonic synthesizer to the Elektor J2B LPC1343 ARM Cortex-M3 board. The original Atmegatron is based on an 8-bit, 32 KB flash memory ATmega328 and the firmware is available as an open source Arduino sketch. The J2B board has a 32-bit LPC1343 ARM Cortex-M3 processor with 32 KB flash memory.
The Atmegatron has two rotary encoders, eight potentiometers and a pushbutton. Two potentiometers are for volume and bass boost, the others control the synthesizer itself. The J2B board can have up to nine rotary encoders, or eight plus a pushbutton.
The Atmegatron uses a bunch of bi-color LEDs to interface with the user. The J2B can have an LCD.
The Atmegatron uses PWM to produce its sound, the J2B has excellent PWM capabilities.
Based on the previous observations, porting the Atmegatron to the J2B should not be a huge task, which is why I started doing it. The most daunting task was to replace the analog potentiometers by rotary encoders while keeping the same feel.
Two rotary encoders replicate the Atmegatron encoders, six others simulate the potentiometers. The bi-color LEDs are replaced by a 2x16 LCD, but I added two bi-color LEDs to indicate the red/green modes of the synthesizer.
A cool thing of the J2B is its built-in USB capabilities making it possible to update the firmware from any Windows PC simply by copying a file to the board which is seen as an external drive. No programmer needed at all.
PWM capabilities of the LPC1343 are a bit better than those of the ATmega328, which allowed me to increase the sample frequency and gain a bit, making it a 9-bit synthesizer. So, in theory, the sound quality of the J2B synth should be a little better than the Atmegatron."
video upload by Elektor TV
Elektor J2B Synthesizer First Demo of Prototype from 2014.
"This video shows Elektor's J2B Synthesizer prototype running a soft synthesizer engine ported from the ATmegatron by Soulsby. Listen carefully to the sounds produced by this beast and admire the way you can control it. LPC1347 rulez the waves :-)"
via this auction
"This is a port of the Soulsby Atmegatron 8-bit monophonic synthesizer to the Elektor J2B LPC1343 ARM Cortex-M3 board. The original Atmegatron is based on an 8-bit, 32 KB flash memory ATmega328 and the firmware is available as an open source Arduino sketch. The J2B board has a 32-bit LPC1343 ARM Cortex-M3 processor with 32 KB flash memory.The Atmegatron has two rotary encoders, eight potentiometers and a pushbutton. Two potentiometers are for volume and bass boost, the others control the synthesizer itself. The J2B board can have up to nine rotary encoders, or eight plus a pushbutton.
The Atmegatron uses a bunch of bi-color LEDs to interface with the user. The J2B can have an LCD.
The Atmegatron uses PWM to produce its sound, the J2B has excellent PWM capabilities.
Based on the previous observations, porting the Atmegatron to the J2B should not be a huge task, which is why I started doing it. The most daunting task was to replace the analog potentiometers by rotary encoders while keeping the same feel.
Two rotary encoders replicate the Atmegatron encoders, six others simulate the potentiometers. The bi-color LEDs are replaced by a 2x16 LCD, but I added two bi-color LEDs to indicate the red/green modes of the synthesizer.
A cool thing of the J2B is its built-in USB capabilities making it possible to update the firmware from any Windows PC simply by copying a file to the board which is seen as an external drive. No programmer needed at all.
PWM capabilities of the LPC1343 are a bit better than those of the ATmega328, which allowed me to increase the sample frequency and gain a bit, making it a 9-bit synthesizer. So, in theory, the sound quality of the J2B synth should be a little better than the Atmegatron."
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MATRIXSYNTH - EVERYTHING SYNTH
© Matrixsynth - All posts are presented here for informative, historical and educative purposes as applicable within fair use.
MATRIXSYNTH is supported by affiliate links that use cookies to track clickthroughs and sales. See the privacy policy for details.
MATRIXSYNTH - EVERYTHING SYNTH


























