Joranalogue Collide 4

Joranalogue in collaboration with Hainbach brings us the Collide 4, a Eurorack rendition of a nuclear lock-in amplifier used for testing atomic energy which functions as a preamp, oscillator, filter, and more. Dubbed a Quadrature spectral computer, you indeed get through-zero quadrature, sine/cosine oscillator with a unique I, Q, X, and Y output section. I and Q are direct outputs from the oscillator, while X and Y—along with the corresponding Sum, Difference, Magnitude, and Phase—outputs are taken after dual two-pole lowpass filters.

An independent, pre-oscillator variable bandwidth filter section is capable of self-oscillating and is pingable, perfect for creating percussive sounds. You get control over the center frequency, width, and resonance, plus a built-in dual preamp. A post-filter gain stage lets you fine tune the level allowing you to add up to 130db of gain, great for any external source. Use those external sources to control the Collide 4, too, with the track option and use it as a frequency shifter thanks to the Hilbert transform network that runs into the oscillator.

Plenty of inputs and outputs means that you can use this as a single module, or patch out from different sections, patch into different sections, have each section go to different places around your rack, or self patch for new signal routing. If you're looking for something to spice up your system, a unique synth voice, a few submodules, or just the flexibility to creatively explore, the Collide 4 from Joranalogue and Hainbach fits the bill.

Collide 4 Features

• Analog design modeled after nuclear test equipment
• Pingable variable bandwidth filter
• Dual preamps
• Filter VCA
• Through-zero sine/cosine quadrature oscillator with low and audio rate switch
• Hilbert transform network for frequency shifting
• Dual ring mod with lowpass on the outputs
• Monitor out takes feed from the filter
• Front-mounted trimmers for V/Oct, Level, and Balance
• 8 Oscillator outputs
• Level/Overload light
• Temperature compensated pitch tracking for precise tuning