Consisting of two identical channels, Lúbadh is a 20HP eurorack module with the ability to instantly record, playback, overdub, trim down, scan through and pitch up or down any audio signal. The two channels are normalised to each other via a feedback path allowing you to manipulate and resample audio to build up complex looping compositions. An optional delay mode allows you to shift the timing of these two channels within the feedback path to create tape delay type effects, with delay times up to 3 seconds. Inspired by the aesthetics and mechanics of early tape techniques each channel features an analogue input circuit which adds slight compression, filtering and saturation. On the first recording the sound may appear slightly fuller and warmer, re-recording audio back and forth will compound this effect over time allowing you to create dense tape like textures. Features 2 channel looper 96kHz/24bit recording (32 bit internal processing) Tape response inspired analogue input circuit LED display for playback speed, length and position Six minutes record time per channel (more than 450 feet of tape at 15ips) Varispeed –/+ 4x speed Link switch for dual mono functionality Delay capabilities Clock divider output VCA controlled auxiliary input/output crossfading Looping or one-shot record and playback capabilities Load/save functionality Included 2HP CV expander for CV over everything Capacitive touch plate for creating warble effects and stalling playhead If you already own the Lubadh V1 and/or want the additional sample content & expander, grab the V2.0 Expansion! Includes 2 HP passive CV expansion module, 2 HP passive USB expansion module, & 8GB USB flash drive. Video: https://youtu.be/oV1yzvPjIaoProduct Specs Item Number: 13235 Make: Instruo Model: Lubadh v2 Condition: Brand New Finish: Black Categories: keyboards-and-synths ⇒ eurorack Function: Sampling Dual/Stereo Distortion Delay Digital Effect Looper Made In: Scotland MPN: NSTR12 Modular Grid: Eurorack ⓘ ＋ Dimensions*: 20 HP 42 mm deep Power*: 250 mA +12V 100 mA -12V 0 mA 5V * User contributed details
