Versatile Waveform Options
Choose from eight unique waveforms including sine, ramps, square, pulse, and random, allowing for diverse sound design possibilities in your music production.
The Northern Light Modular Electric Dompteur – Model hED is a swarm LFO comprising eight linked true-zero LFOs with phase offset and spread.
The Northern Light Modular Electric Dompteur - Model hED offers eight different waveforms for the LFO including sine, falling and rising ramps, square, pulse and random. The master frequency can then be offset in phase or spread for all eight LFOs. In phase mode each step can be offset up to 180 degrees. In spread mode, the offset is based on subharmonics of the master frequency.
The frequency of the LFO ranges from 0 to 300Hz. A Clock input also accepts MIDI clock sync. When a connection is made to the clock, the LFO becomes a multiplier.
The h-Series is half the height of a 1U 200 Series module and requires an h bracket to be mounted in a 1U space. Two h modules can be mounted in a 1U space.
Large/Heavy items: Extra charges may apply (e.g., consoles, large monitors). We’ll contact you before processing if so.
We ship with DPD and UPS across the UK, EU and worldwide. Same-day within the M25 is available depending on stock.
This item, like everything we supply, comes with the complete support of our expert team. Our excellent technicians have been specifying, building and supporting studios for over twenty years. If you have any problems with installation, setup or everyday use, they’re never more than a click away, and always happy to help.
You can contact them here.
Choose from eight unique waveforms including sine, ramps, square, pulse, and random, allowing for diverse sound design possibilities in your music production.
Offset each LFO step up to 180 degrees in phase mode, enabling intricate modulation and synchronization for complex soundscapes and rhythmic patterns.
Half the height of standard modules, the h-Series allows for two units to fit in a single 1U space, maximizing your setup without sacrificing functionality.