This is a high quality track for Siluria demo patch #1: https://www.youtube.com/watch?v=ZUpOpM72hys

Feel free to download it, remix, reuse.

Siluria demo Patch 1 unedited ambient journey

This is a high quality track for this Siluria demo: www.youtube.com/watch?v=KQAX_sI-JIQ

Feel free to download it, remix, reuse.

Siluria Drone Synthesizer, first patch demo

This is a combination of direct sample-based synthesis (mono sample over two channels, used for melody) plus 14 channels of subtractive synthesis (background chords), implemented by variable-resonant LPFs, of which 2 channels are (depending on user controls) temporarily driven by arpeggiator. This demonstrates some of the capabilities of Gecho Loopsynth board, driven by Cortex-M4 MCU. You can get your own one here: http://kck.st/2hpqi0a

The sound in this recording is unedited, unfiltered, recorded via Asus Xonar U3 USB Sound card. 

Further plan is to improve chord expander to not generate such high-pitch peaks as currently sometimes appear out of nowhere + implement a sensor to influence expansion parameters. Also, add dynamics to the direct-sample-playback method.

Gecho Loopsynth - Sample+Subtractive Synthesis Test #01 - Jingle Bells

Sound of the production line that makes Gechos, filtered through a Gecho. 

Check out the video to see what makes those noises: https://www.youtube.com/watch?v=l_qVTKT2UmI

This is a raw recording of the output (no post-processing or added effects).

Factory noises from the original video have been fed to "piezo pickups" input and altered by series of Gecho's programmatically controlled high-pass filters, with resonance and arpeggiator triggered by IR sensors. Signal is wrapped in a loop of variable delay (you can hear it changing few times during the performance).

Gecho - Making of Synth (Assembly Machines)

This is a background track for our upcoming KS campaign video:

https://www.youtube.com/playlist?list=PLY9fUE1kx5FtRshA47oAxTJUK61_iaxrP

No post-processing or added effects, everything is recorded via the Whale pocket synth and then cut and mixed in AfterFX (by fading in and out). This is a raw output from the Whale, from one to four layers per segment - to get a better idea what was involved in the composition, check this layer diagram: http://phonicbloom.com/upload/ks_main_composition_AfterFX.png

The sounds in the background (which probably do not make much sense without accompanying video) come from plastic bottles, chimes, cups and spoons, woodworking tools and a rain stick.

Polyphonic Whale - Sea Channel (KS demo)

This is a soundtrack for the recent "Space" themed demo, to show the sounds generated by Glo in uncompressed resolution.

https://www.youtube.com/watch?v=2azYkMmAZR4

Everything is recorded directly from Glo and no post processing is applied, apart from mixing by fading in and out. The echo delay can be adjusted or turned off completely, also filters and envelope generator can be switched on and off.

The sound engine that you are hearing in this demo is based on Dekrispator by Xavier Halgand: https://github.com/MrBlueXav/Dekrispator - a STM32F4 MIDI driven synthesizer, which I've ported to ESP32 platform and adapted to minimalistic controls of Glo. Also, the generated sequence is now mixed with sounds from the environment, which creates very interesting results, allowing you to influence the sound in real time by singing, humming, whistling, beatboxing or blowing on the microphones.

Polyphonic Whale - Glo in Space (video soundtrack)

This is a source material from which the soundtrack for the recent "Space" themed demo was cut and mixed:

www.youtube.com/watch?v=2azYkMmAZR4

Everything is recorded directly from Glo and no post processing is applied. The echo delay can be adjusted or turned off completely, also filters and envelope generator can be switched on and off.

The sound engine that you are hearing is based on Dekrispator by Xavier Halgand: github.com/MrBlueXav/Dekrispator - a STM32F4 MIDI driven synthesizer, which I've ported to ESP32 platform and adapted to minimalistic controls of Glo. Also, the generated sequence is now mixed with sounds from the environment, which creates very interesting results, allowing you to influence the sound in real time by singing, humming, whistling, beatboxing or blowing on the microphones.

Dekrispator patches (raw recording)

Exploring the sonic spectrum of this great synth. This is an unedited recording from SH-201 to Tascam.

Mario (Gechologic / PhonicBloom)

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