Music tech innovators Electrosmith have announced a new DSP platform which
promises to reshape the Eurorack landscape with powerful, high fidelity audio
products called the Daisy Patch Submodule.
The Daisy Patch Submodule builds upon the successful Daisy Kickstarter campaign
with a new dev board specifically catered to the creation of Eurorack modules.
MSRP: $39.95
The Daisy Patch Submodule is a DSP platform for Eurorack synthesizer modules. It
features a lightning fast STM32 processor, high fidelity stereo audio codec, and
enough RAM for 10 minute long buffers - all with standard signal levels and
conditioning for the Eurorack ecosystem. Simply design your carrier board, and
let the Patch Submodule do the rest!
Create your dream Eurorack module with the Daisy Patch SM!
Tech Specs:
- STM32 processor at 480MHz, 96kHz / 24-bit audio, RAM for up to 10 minute audio
buffers
- Flash firmware over USB via open source web programmer
- Support for SDDMC, SPI, UART, I2C, and USB
- FCC / CE Tested and Compliant
Getting Started Hardware:
Get started with the Daisy Patch Submodule quickly with their dedicated Eurorack
interface, the patch.Init(). The patch.Init() is a 10HP Eurorack module that
breaks out all of the Daisy Patch Submodule pins to jacks, pots, switches, and
LEDs.
The patch.Init() is our exploratory modular interface for the Daisy Patch Submodule. Open-source both in hardware and firmware, the patch.Init() is the perfect jumping off point for your next modular DSP project. From ethereal reverbs, glitchy processors, comprehensive samplers, and complex oscillators, the patch.Init() can be any module you need it to be. Looking to create your own commercial module? Our front panel design is completely open-source (MIT). Just create your interface, add the Patch Submodule to the back, and you are off to the races with industry leading specs in an accessible, affordable package.
The patch.Init() comes with x1 Daisy Patch Submodule.
"Electrosmith, a brand dedicated to DIY electronics, is announcing Daisy, an embedded platform for music. Create powerful electronic instruments and sound processors with an open source audio development board!
Daisy features everything you need for creating high fidelity audio hardware devices. Just plug in a USB cable and start making sound. No soldering required. Whether you're teaching classes in STEM education, or creating your next audio product, Daisy will revolutionize your process through a seamless, uncompromising platform.
Why Daisy?
Programmability: Daisy supports a number of programming languages including Arduino, Pure Data, Max/MSP, and C++.
High Fidelity Audio: Daisy features 24-bit stereo audio hardware with up to 192kHz sample rate and 32-bit floating point DSP processing.
Small Form Factor: Smaller than a stick of gum, the Daisy measures in at just 18mm x 51mm.
Affordable Price Tag: Unlike other dev boards that require more than one product to create audio, Daisy can be used on its own, and is only $29!
Easy To Use: Getting started is a breeze, thanks to four, Daisy-powered evaluation platforms:
About Daisy
Daisy is an embedded audio platform for creating musical instruments, effects, synthesizers, and other audio projects. Learn more at https://daisy.audio
Credits
Production team: Michael Corell, Andrew Ikenberry, and Takumi Ogata
Presenter: Takumi Ogata
Music: Eugen Schott (bensound)
Stock footage: Pexels
Chapters:
0:00 Intro
0:39 Designing the turntable interface
2:48 Rotary encoders are useful and surprisingly easy to program
4:09 Controlling the pitch of a sample
5:11 Controlling the position of a sample
6:46 Time to build!
8:42 Demo
10:36 Outro"
You might remember when Noise Engineering's Desmodus Versio reverb module was announced back in August, there was this little included note: "Desmodus Versio isn’t just a reverb, though: it’s a DSP platform. Its firmware can be changed via USB, so it can be transformed into a completely different effect with new firmwares coming late 2020. Are you programming savvy? Open-source support will be released later this year."
"In August 2020, we released the Desmodus Versio, Noise Engineering’s reverb. Maybe you heard about it. We were pretty excited about a lot of things about it:
It’s a pretty kick-ass reverb.
It’s a DSP platform that users can update via USB, so we could create lots of alt firmwares for people (more on that soon. Very soon.).
It’s based on an open platform, so from the beginning, we knew we wanted to open it up so people could create their own firmwares too.
So we asked the software engineers at NE to help us less programming savvy folks talk about how this works.
First thing to note: writing custom firmware requires basic understanding of the C / C++ programming language. If you are not proficient in C / C++, there are plenty of resources or even other modular platforms to get started on!
Ok, onward.
UNDER THE HOOD - DAISY!
If you look at the back of your Versio module, you should see a mounted yellow board with a micro-USB port. This is the Daisy Seed, an embedded audio platform created by Electrosmith. It is the main processing unit on the Versio hardware, i.e., where programs are downloaded, or 'flashed.'
We opted for the Daisy platform for a lot of reasons, but the biggest was that it would be the best customer experience. At the time that the Daisy Seed became a contender for us, we had been developing, in parallel, a similar board (called George). Moving to the Daisy Seed board allowed us to speed development, decrease cost for our users, and take advantage of the large (and growing) community behind the Daisy ecosystem
Daisy is powerful and handles stereo in/stereo out with ease with up to 24-bit, 192 kHz audio processing, 64 MB SDRAM, and 8 MB of flash memory. Got an idea that you want in Eurorack? If any embedded processor can handle it, it’s probably this one."
Click here for additional details on Noise Engineering website.
The following is a demo by Cinematic Laboratory of the Ampla Versio, an 'all in one' VCA, VCFA, ADSR with chorus running on the Desmodus Versio.
The Bat Verb | Part 04 | Ampla Versio firmware | Desmodus Versio
Here is the full playlist:
The Bat Verb | Noise Engineering Desmodus Versio videos by Cinematic Laboratory
Cinematic Laboratory
1. The Bat Verb | Part 01 | Noise Engineering Desmodus Versio
I am always curious when Noise Engineering comes with something new and they never disappoint. I love reverbs. I am lucky to have the Erbe-Verb, Milky Way, Z-DSP, Clouds and ZVERB but I was pretty confident the Desmodus (Vampire Bat) Versio (Versatile) would add something new to my collection. And it did. This is just a first-patch so there will be a part 2 soon. Trust me, this video is only scratching the surface.
Note:
I wrote that the DV doesn't have a High Pass filter but that's not true. It has a filter that is neutral at 12:00 and becomes high pass CW and low pass CCW. What I mean it doesn't have a filter that makes sure the very low frequencies (below 80Hz) aren't 'reverberated' (high pass) which can go totally out of control and drives the module above the digital 0dB brick wall. Digital distortion is not pretty and you should be aware of it before going live. I also need to add that it happened only once during the making of this video. Just remember that infinite reverb and ultra low frequencies can cause serious trouble that goes way beyond 'mud'.
2. The Bat Verb | Part 02 | Noise Engineering Desmodus Versio
Desmodus Versio is a reverb - with a built in delay and distortion - and lots of other cool ways to turn your room upside down and fold a cathedral. DV's first batch had a little bug (I totally missed it), but NE's been working around the clock to create a fix and roll out the 'flash your DV' website. This also shows us how easy it is to install new firmware or future applications (which are coming soon). I am not sure, but I think the code will be open source so we can write our own reverbs and FX. I'll definitely dive into that when more info is available.
3. The Bat Verb | Part 03 | Desmodus Versio + Lyra-8
I had this idea of running the Lyra-8 through the Desmodus Versio and see what would happen. Then I realized it helped me (a lot!) to tune the Lyra-8 while playing live. So this video showcases the 'beyond infinity' setting on the 'regenerate' knob, where the reverb trail just plays on forever - but you can still hear a bed of the notes you've played - and add more. It can get pretty magical.
4. The Bat Verb | Part 04 | Ampla Versio firmware | Desmodus Versio
Noise Engineering promised to bring new firmware / applications to the Desmodus Versio reverb. Because it's not a reverb, it's a platform. This means you can completely change the application inside the module. Today NE released Ampla Versio, an 'all in one' VCA, VCFA, ADSR with chorus. In stereo. And this one is a worthy addition to the 'never too many' VCA's.
5. The Bat Verb | Part 05 | Imitor Versio firmware
"Noise Engineering has just released a new firmware for the Desmodus Versio, the 'versatile imitator'. It's a twelve tap delay with tempo sync, delay timing skew, circular stereo panning, distortion, tralis that rise and fall, shimmer and harmonically related pitch shifting. POB has done an excellent walkthrough on all features (see link in video), so I'll just focus on how it sounds in various patches. the IV is also available as a dedicated module with its own faceplate, and faceplates can be ordered for your DV if you're planning on permanent use.
Please note the IV is a delay that's designed to be discovered so make sure to spend some time with it. I noticed it features a lot of sonic textures which are also found on some of the best delays around. So this one may be the droid you've been looking for in just 10 HP. Highly recommended!"
"In this video Chris Barth of Allotrope IJK shares 3 original patches for the Electrosmith Daisy Patch.
Daisy Patch is a metamorphic sound environment capable of becoming an infinite variety of digital instruments. Patch is based on the Daisy embedded DSP platform and features quad 24-bit audio IO. The hardware itself is a blank slate ready to be brought to life with one of the many available firmware files which can be uploaded through our web programming interface. This library of instrument files includes samplers, granular processors, physical modeling voices, and more, and requires no special software to upload other than a web browser.
Custom firmware files can be created using Pure Data, Arduino, Max/MSP ~gen, or C++. Our template files will help you hit the ground running. When it comes to troubleshooting your programs, debugging is a breeze with the onboard OLED display and USB connectivity.
Whether you’re looking for a swiss army knife of DSP, or a custom audio platform for hacking, Daisy Patch will help you teach computers how to sing!
"Pollen(8) is a firmware download for your electro-smith Daisy pod that emulates a fully featured 8 voice analog synthesizer with a dual FX engine (chorus + delay/reverb), controllable completely from the basic UI provided with the Daisy pod!"
Pollen(8) is a "full featured" 8 voice 2 oscillator virtual analog synthesizer for your Daisy pod. "Full featured" includes:
2 Oscillators per voice with the following features:
Smoothly mix from Triangle to Saw....
Or from Saw to Variable Pulse Width
Oscillator Sync
White Noise Generator
2 LFOs
Currently LFOs are triangle only, this may change in the future if demand sees fit.
These are applicable to pitch, pulsewidth and filter cutoff.
Low pass filter with resonance
Filter Overdrive - Allows you to overdrive and clip the input to the filter
Four play modes supported:
Polyphonic - 8 voice polyphony
Monophonic - 1 voice only
Unison - All 8 voices / 16 oscillators playing at once
Poly-Unison - All 8 voices play at once, but the voice pitches are re-allocated as the number of keys pressed change.
Unison spread from 0 cents to up to 1 octave per voice!
Two pitchbend modes supported:
Standard, where the position of the pitchbend determines the pitch
Motion-bend - where moving the pitchbend wheel determines the speed at which the pitch bend occurs
Pitchbend key range
So you can keep bass notes in tune while pitch bending higher notes, or vice versa, etc.
3 Chorus effects :
"Hera", my popular 80's style loguesdk chorus
A flanger
"*Buckets" (fixed 'brigade' version) - Also from my loguesdk work - a 70's string machine triple chorus
2 Delay effects
A basic delay with up to 1.36 seconds delay, and up to infinite feedback
My popular "Cathedral xd" loguesdk reverb, with variable low pass filter on the reverb signal and up to infinite feedback
A 3 band equalizer
Variable low pass and high pass frequencies
Gains for low/mid/high levels
Arpeggiator
Up / Down modes available
External input support
With support for pre-post fx routing
Save / load patches to SD card, with support for default patch loading on startup
All of this is controllable via two buttons, and two knobs, using the RGB leds to indicate the current menu - with the encoder serving the File read/write functions. In addition, the seed LED is used to indicate MIDI activity, and will glow inverted if you are on an unused menu.
The encoder wheel is used to control the SD card file reading and writing.
"Max Vernon Mathews (November 13, 1926 - April 21, 2011) was a pioneer in the world of computer music.
He studied electrical engineering at the California Institute of Technology and the Massachusetts Institute of Technology, receiving a Sc.D. in 1954. Working at Bell Labs, Mathews wrote MUSIC, the first widely-used program for sound generation, in 1957. For the rest of the century, he continued as a leader in digital audio research, synthesis, and human-computer interaction as it pertains to music performance.
Although he was not the first to generate sound with a computer (an Australian CSIRAC computer played tunes as early as 1951),[1] Mathews fathered generations of digital music tools. He described his work in parental terms in this excerpt from "Horizons in Computer Music," March 8–9, 1997, Indiana University..."
Max Matthews, presiding over Bicycle Built for Two
YouTube Uploaded by davidjmerrill on Apr 29, 2007
"From the Computer History Museum, MaxFest2007: http://ccrma.stanford.edu/maxfest/"
Computer Music (Synthesizers, Synclavier) 1986 Pt. 1/3
First computer to sing - Daisy Bell
YouTube Uploaded by slavenr88 on Dec 9, 2008
"'Daisy Bell' was composed by Harry Dacre in 1892. In 1961, the IBM 7094 became the first computer to sing, singing the song Daisy Bell. Vocals were programmed by John Kelly and Carol Lockbaum and the accompaniment was programmed by Max Mathews. This performance was the inspiration for a similar scene in 2001: A Space Odyssey.
"A synthesizer, an amplifier, and a Bluetooth speaker, all built into a vintage projector case from a thrift store. Sound generation runs on an Electrosmith Daisy Pod.
It's the companion piece to the Banjo-Synth (BS-1) I built in 2024. The BS-1 plays it, this box makes the sounds. It was challenging and a lot of fun to build, I hope you enjoy the video.
🧰 The Parts:
Electrosmith Daisy Pod
Vintage Argus Projector Box
CME H2MIDI Pro Interface
JBL Home Audio Speaker
Vangoa PS-01 Rechargeable 9V Power
ZK-502T Bluetooth Amplifier Board"
See this previous post for additional demos and details on the Banjo Synth.
"Synthux Academy Touch 2 is a DIY kit for a Synthesizer / Effects unit built around a Daisy Seed MPU for learning software and hardware development basics. Table of contents:
00:00 short examples
00:16 introduction
00:36 what's in the box?
01:13 how to build
06:22 install one of the firmwares
06:48 example 1: Touch Bass subtractive polyphonic synthesizer (with HotHouse pedal)
08:56 example 2: Touch String karplus-strong synthesizer (with HotHouse pedal)
10:38 example 3: Touch Drum (drum computer / sequencer)
11:17 example 4: Touch FX (reverb/delay combo)
13:28 example 5: Looper with reverb (slightly edited to cut down time)
14:04 conclusion / my thoughts
15:18 bye!
"This kit gives you two handy little sequencers behind one Eurorack panel. Why would you need more than one sequencer? Why would you need mini sequencers?
More sequencers = more steps
Use one for playing notes and the other for transposing those notes
Can be used as a clock divider
Run in parallel for multiple CVs / triggers
Each one gives you the standard CV and gate out, plus an ACC out (Accent? Accessory?) Use it to open up a filter, enable a glide, trigger a drum, or whatever you can think of.
The two sequencers will run completely independently, or you can daisy-chain them using the XP IN/OUT jacks to create sequences of any length.
Each sequencer has its own internal clock to get you up and running in a hurry, but you can connect an external clock if you need greater control of tempo or want to sync with other devices.
The module stores your latest sequence even when the power has been removed.
While this kit is designed to give you a Eurorack module, the PCB patterns for the jacks also have holes that will accept Johnson/Cinch-style banana jacks. There are also standoff holes on the main PCB, so you can mount them behind your own custom panel.
This module has lots of LEDs and is very shiny, but only two of them are ever on at a time which keeps it from loading down your power supply.
"At Superbooth 2024, Roey from Synthux Academy showcased the new Touch 2 instrument, a versatile standalone device that can also be integrated into Eurorack setups. Powered by the Daisy Seed microcontroller, Touch 2 offers swappable faceplates to accommodate different instrument functionalities, making it easily customizable for musicians. With features like an arpeggiator, Euclidean rhythms, distortion, Valhalla reverb, and more, Touch 2 promises a unique and interactive music-making experience. Additionally, the platform encourages community involvement with regular developer contests and opportunities for beginners to learn and collaborate with experienced professionals.
"Touch 2 is an instrument designed for tactile interaction and hands-on control. Upload different instruments through USB and play! Swappable faceplates (four included) and 12 touch pads makes it a tactile performance instrument.
Running the Daisy Seed microcontroller, Touch 2 sounds AMAZING no matter what instrument you flash on it. And, it's programmable, so you can design your own instrument using C++, Arduino, Max or Puredata.
Available both assembled and DIY TOUCH 2 MAIN FEATURES Daisy Seed ready 12 touch pads 6 trim knobs 2 faders 2 switches Audio in [Stereo] Audio out [Stereo] Also works with Teensy/Arduino"
"This is a demo of the R24 sequencer. I wanted a portable sequencing solution that was fun to play. I mounted the GRP R24 sequencer in a Synthesizers.com QCP22 Portable Cabinet. I have a number of modules, including the new Synthesizers.com Q169 and Q168 Oscillator++ Combo, providing oscillator/env/amp as well as raw noise. I've also got two Z506 Swiss Daisy DSP modules, a well as bandpass filter, VCA, mixers, etc.
There are 4 voices total. Here are the voices in order of 'introduction':
1) Z506 Swiss Daisy DSP in voice/delay mode. CV/Gate from R24 Row 1.
2) The Q169 oscillator 1 processed through the Swiss Daisy DSP for VCF/VCA/ADSR. CV/Gate from R24 Row 2.
3) The Q169 oscillator 2 set to a noise waveform and processed through the Q169 VCA 2/AD envelope. Gate from R24 Row 2.
4) The noise from the Q168 is processed through a VCA/ADSR. The timbre is modulated by a multimode filter (mostly bandpass). Filter CV/Gate from R24 Row 3.
I hope you enjoy watching this as much as I enjoyed making the video!"
Note: links to listings are affiliate links for which the site may be compensated.
via this auction
"This sale is for (1) Linear Power Supply PCB. The buyer has to source the parts needed and build this unit themselves. This Power Supply is adjustable so you can calibrate the exact voltage you want.
When everything is built you have one clean Regulated Linear power supply capable of 1200mA depending on the transformer used and if you followed the recommended heatsink install. ******Be Aware that this project requires you to work with a Transformer. You will be working with voltages that can be lethal.***** This Project is recommended for people who have built power supplies already using Mains Transformers, and would like a pro quality PCB.
Here are the specs:
Outputs: -12v, +12v (or you can adjust for 15v format), you get (1) Universal one (terminal block) and a Euro Format 16 pin IDC location. Inputs: (1) AC center tapped input where you connect the transformer's Secondary. A Fuse is recommended for the Mains line on the Primary of the Transformer. Daisy chained: (1) AC center tapped pass thru to use for daisy chaining another power supply. Remember this is AC. Input 5v option: (1) Terminal block to connect a 5v Switching Power supply so that you can supply 5v to digital sources. Daisey chained: (1) 5v Termainal block so that you can daisy chain the other power supplies and pass the 5v DC line.
I added the option for you to install terminal block connectors on the Regulators to make them easily serviceable/replaceable. There are arrows on the pcb indicating how the terminal block should be installed.
The recommended heatsinks get soldered on the pcb for a solid feel. Once you build this power supply you will see how solid it is.
Here is a link to a mouser Bom https://www.mouser.com/ProjectManager/ProjectDetail.aspx?AccessID=aecc670cd8
Almost all the parts are on the Mouser Bom, the only part I could not find was the Terminal Blocks. Here is a link of which ones will fit on the pcb: http://www.taydaelectronics.com/dg301-screw-terminal-block-3-positions-5mm.html
As for the Transformer, it must be Center Tap kind. I have used this one with great success: http://www.radioshack.com/product/index.jsp?productId=2102703
***You will also need 4-40 screws and #4 nuts for the regulators, Heatsink grease is also recommended.
Here are some pictures of the PCB, and an example of one of my builds."
"This is a quick demo of the Z506 Swiss Daisy DSP module in eurorack format, driven by the Behringer 960 Sequential Controller. The Z506 Swiss Daisy DSP is in "Voice + Delay" mode. The left hand controls are VCF cutoff, Resonance, ADSR amount to VCF, fine tune. The right hand control are Delay Time, Feedback, Dry/Wet mix, Decay/Release time for the AR and ADSR.
Other key components of my performance rig include: Eurorack Modular - 84hp x 3 Arturia MatrixBrute - analog synth Sequential Prophet X - hybrid sampler/digital + analog filter poly synth Arturia BeatStep Pro Behringer XR-18 mixer ( iPad control )."
Timeline (description and resource links below)
Intro: (0:00)
Overview: (0:50)
Hardware: (1:36)
(Basic)Oscillator: (1:52)
VariableSawOscillator: (4:02)
VariableShapeOscillator: (5:17)
Delay: (6:41)
ReverbSc: (7:48)
Unisono: (8:32)
Chorus: (9:12)
Overdrive: (9:48)
Tremolo: (12:31)
Outro: (13:06)
"I've started trying out the Daisy™ Seed from electro-smith.
It's an embedded platform using the STM32 as a microcontroller including DAC, external RAM etc.
To get a first impression I've created a little polyphonic synthesizer project using the Open Source DSP Library (DaisySP).
In addition to that some voice processing etc. was required to get the synth working.
At the moment I do not have a direct comparison to the ESP32.
It is compatible with arduino but you can also just program with your C++ editor.
The STM32 board library has been updated in arduino recently and caused compiling issues.
Now I just worked with a makefile based project to get it running.
I think soon an arduino implementation would be also possible.
Finally the sources are basically the same (arduino does just the multi file compilation magic)
References:
https://www.electro-smith.com/daisy/d...https://github.com/electro-smith/Dais...https://github.com/electro-smith/DaisySPhttps://github.com/electro-smith/libD..."
I am looking forward to giving this one a go this weekend. It's a dual 16 step sequencer that can run each sequence either independently or linked. Each one has a five octave range and offers an accent out, which should be very interesting in adding that extra dynamic to sequences.
"Why would you need more than one sequencer? Why would you need mini sequencers?
More sequencers = more steps
Use one for playing notes and the other for transposing those notes
Can be used as a clock divider
Run in parallel for multiple CVs / triggers
Each one gives you the standard CV and gate out, plus an ACC out (Accent? Accessory?) Use it to open up a filter, enable a glide, trigger a drum, or whatever you can think of.
The two sequencers will run completely independently, or you can daisy-chain them using the XP IN/OUT jacks to create sequences of any length.
Each sequencer has its own internal clock to get you up and running in a hurry, but you can connect an external clock if you need greater control of tempo or want to sync with other devices.
The module stores your latest sequence even when the power has been removed.
While this kit is designed to give you a Eurorack module, the PCB patterns for the jacks also have holes that will accept Johnson/Cinch-style banana jacks. There are also standoff holes on the main PCB, so you can mount them behind your own custom panel.
This module has lots of LEDs and is very shiny, but only two of them are ever on at a time which keeps it from loading down your power supply.
Inputs
CLK IN (External clock input)
XP IN (Expansion input; Starts sequencer back at step 1. Use for daisy-chaining multiple units)
Outputs
XP OUT (Sends pulse when sequencer goes past last step. Use for daisy-chaining multiple units)
CV OUT
GATE OUT
ACC OUT (Can be programmed on or off in each sequence step)
Features
CV OUT covers 5 octaves, and can be tuned using front-accessible trim pot
Sequences can be set to any length up to 16 steps by using LOOP feature
Setting a step to REST holds previous pitch and doesn't fire GATE
In Standby mode, sequencer can be used as a tiny keyboard without altering programmed sequences
Specifications
Power supply: +/-12VDC (reverse-polarity protected!).
Power supply (Optional): +/-15VDC
Current draw: 30ma(+12V) / 0ma(-12V) / 0ma (+5)
Width: 18HP
Depth: 0.83in / 21mm
Includes
Main PCB
Panel PCB
Preprogrammed Microcontrollers
All required parts to build kit
Doepfer-style Power Cable
(4) M3 x 6mm Rack Screws w/ Nylon Washers"
"Electro-Smith are a relatively new company at the NAMM show this year they were showing off their Daisy embedded audio platform. This is similar to something like a teensy or arduino platform however it is specifically designed for use with audio. The board itself has stereo i/o, 64mb of RAM, 32 bit depth and 96k sample rate. Allowing you to use one of their test platforms to test your audio application.
Electro-Smith have developed four different test enclosures for testing your own Daisy applications."
"This is a demo of the Z506 Swiss Daisy DSP module in Eurorack format from Zebra Synth (ZebraSynth.net). The module features an ADSR envelope generator, a VCA on the right half of the module. These functions remain the same with all of the different "Modes". The functionality of the left half of the module changes from mode to mode. The modes are VCO, VCF, Voice, Digital Delay, Reverb, Dual Resonator.
This is video shows the delay mode with modulation to create a flange effetc. An external analog oscillator is the only other audio module used. The Swiss Daisy provides ADSR/VCA processing before going into the delay section."
Music tech innovators Electrosmith have announced a new DSP platform which
promises to reshape the Eurorack landscape with powerful, high fidelity audio
products called the Daisy Patch Submodule.
