MATRIXSYNTH: Alright

Showing posts with label Alright. Show all posts
Showing posts with label Alright. Show all posts

Saturday, January 30, 2016

Chronoblob Test


Published on Jan 30, 2016 PaulLawlerMusic

"A quick and rough test of the Chronoblob's glitchy side by CV-ing the Hold and Time functions."

You can find some details on Alright Devices' Chronoblob here.

Saturday, October 31, 2015

Meet The Alright Chronoblob




Note this is the first Alright post on the site. They've only been all good up to this point. Bahah. ;)

via Alright Devices (via Papernoise):

"Chronoblob is a digital delay module!

Unlike other delays, Chronoblob can sync to an external clock. Patch one to the SYNC input and choose a multiplier/divider for rhythmic delays. Or don't do that and just sweep TIME for traditional, continuously variable delay times. Do you!

Chronoblob's OTA-based analog FDBK circuit is CV-controllable and can be pushed up to and beyond unity for near-infinite decay or harsh saturating feedback. The guts of the feedback loop are made available to you, the discerning modular enthusiast, via the SEND and RETURN jacks. Patch in a lowpass filter for smooth, shadowy echoes, or cop two blobs and get yr pingpong on! Use the equal-power crossfading dry/wet control to dial in your mix.

Chronoblob's mode switch selects its response to delay time changes. Throw the switch up to select resampling mode and get sweeping pitch effects reminiscent of a tape loop or BBD. With the switch down, Chronoblob smoothly crossfades between delay taps for quicker, more subtle changes. Patch in a clock and sequence the TIME CV input in this mode for rhythmic ratcheting delays!

Chronoblob also uniquely features a HOLD switch and gate input to freeze the audio buffer. Punch that shit and modulate TIME for mad stutter and glitch!


Specifications:
Audio: 16bit, 48kHz
Delay: 5ms to 500ms in SHORT mode, 50ms to 2.73s in LONG mode
Power: +12V / 90mA, -12V / 30mA
Width: 10HP
Depth: 30mm (including power connector)"
PREVIOUS PAGE NEXT PAGE HOME




© 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