Soft crackling, a snap, pop, a sudden roar, ever changing, recognizable yet never the same.
Flames who seem to have a life of its own, dancing to the sound of their passionate burning self.
Every piece is a place to be in, rising and descending, whispers, whistling heat.
Dance around the fire, or just stare at the flames. Take part in the ritual of the “Fire Ring”.
Instead of being beaten by a broken computer, I took that challenge to be creative and do it “the old way”. All music is recorded in one take, full analog, and mixed on to tape, minor editing and mastering are done partly analog and digital. The instruments I used for this recording: Ciat-lonbarde DIY instruments, Wurlitzer piano, Arp Axxe synthesizer, Guitar, and tape echo/loops.
A how-to for making your own custom acoustic-tech ‘monochord’. Viewers are show how to select, combine and play materials. All tools are shown and techniques demonstrated. Various options to suit your very own build.
Barry’s approach is a akin to a recipe where he suggests potential ingredients, a step by step process (how & why), and even some serving suggestions.
Halo is a noir patchwork of generative soundmasses. Sonic elements rearrange themselves and unfold according to their own internal logic. Revealed are themes of alienation and anti-idealism.
Included is a DIY PCB of the EMF Pingler, a detector of invisible signals and ghosts. A noise device that picks up on its environment and makes sound when it is passed through electromagnetic fields (EMFs). The PCB itself features beautiful designs that make it a worthwhile trinket for those who may not want to solder.
As with all TB instrument and DIY PCB releases, if the EMF Pingler is used in your music-making please share the results with us. ‘Toneburst wishes to publish sound creations made by other makers.’ www.grahamfranz.com
The UM66 chip was designed to play popular monophonic melodies: The chip used in this circuit plays several melodies. The UM66 is used two times. They are not synchronised. This DIY EMI has potentiometers to control voltage starve & volume as well as a switch to change the ‘bent’ character of the sound. It is possible to use headers sockets for the ICs to allow them to be swapped, enabling user control over the output.
This version was designed with a Winter celebration in mind, hence the name FESTIVUS as celebrated in regions of Europe and beyond. Nollaig na mBan! (little/women’s christmas Ireland) Trettondedag (13th day Sweden) día de los Reyes Magos (3 kings day Spain), also; Epiphany.
‘It’s the night the taxi drivers quiver in their boots’ Pauline – Cork
(Battery not included.) These DIY EMIs require a 3v CR2032 battery for power. The output is a mono mini jack (3.5mm).
Each item is assembled by hand. The mark of the maker can be found on the surface of the items, showing the efforts to manipulate materials and minimising waste. For us, an imperfect artefact for sale is preferable to a usable flaw in the dump.
This release consists of audio recordings made using circuits based on ICs (integrated circuits or ‘chips’) from the UM series. These DIY EMIs (electronic musical instruments) come from physical remixes, and are bent by design (thanks to Rob Hordijk). The demonstration schematics found in the official datasheets were built, bent, remixed, extended, multiplied and fabricated to facilitate play with a few parameters.
This release shows music composed on computer and expressed as hardware instead of recording. The circuit composition can be viewed as a form of score. The musical instrument voice is technological. The parameters available are limited. Complex frequency output can be made with both UM66 & UM3561 in spite of their obsolescence.
The UM3561 chip was designed to produce sound effects: The chip used in this circuit produces an emergency siren type sound. The UM3561 is used four times. They not synchronised. This DIY EMI has potentiometers to control voltage starve & volume as well as an on/off switch and two touch-pads per IC so that skin contacting the PCB changes resistance and timing/frequency.
The UM66 chip was designed to play popular monophonic melodies: The chip used in this circuit plays Für Elise. The UM66 is used two times. They not synchronised. This DIY EMI has potentiometers to control voltage starve & volume as well as a switch to change the ‘bent’ character of the sound.
These DIY EMIs require a 3v CR2032 battery for power. The output is a mono mini jack (3.5mm). Play with rhythm, melody & noise.