Waldorf 2-Pole Analog Filter … almost here!

Waldorf have announced that their 2-Pole analog filter will be shipping in about three weeks for a price of 229 Euro. For some decades now, analog filters have had a deep impact on contemporary music. Since its very beginnings, Waldorf has been renowned for the quality of their excellent sounding analog filters.

Waldorf 2-Pole

Whether these analog filters were integrated in stand alone units, such as the 4-Pole, X-Pole or the AFB16, which enabled the world’s first analog plug-Ins, or were found inside our synthesizers such as the Wave, the Q+ or the Pulse – Waldorf filters have influenced the world’s sound for over two decades.

As a logical consequence, our exclusive analog filter technology is now available in this novel square box (unexpectedly matching the Rocket synthesizer). 2-Pole is giving the guitar player, the DJ, or the keyboard player access to the heart of the Waldorf sound – with an inspiring user interface with a one knob/one function philosophy. Spice up your live performances with dramatic filter sweeps that really cut through. Funk up your guitar licks by hooking a pedal controller to 2-Poles’ cutoff CV In or using the integrated envelope follower. Animate your pad sounds using 2-Pole’s LFO. But beware – no matter what you do with this tiny black box, make sure you set the levels to your amplifiers and speakers correctly, as 2-Pole is yet another beast from Waldorf – with love!

Specifications

  • Fully analog signal path: Preamp -> Filter -> Overdrive
  • Award winning Waldorf analog multimode filter technology
  • Filter can be modulated by LFO, envelope follower or external signal
  • Preamp with overdrive capability for direct connection of instruments like bass or guitar
  • Post-filter overdrive with adjustable gain
  • LFO with different ranges, rate up to several kHz
  • Envelope follower with trigger section and different modes
  • True Bypass
  • Cascadable to stereo (for two 2-pole units)

Waldorf

 

 

 

 

 

 

 

 

Post Your Thoughts