Bought used here on TB … always wanted one of these , but sadly like all octs I’ve bought , it just sits on the shelf un-used .. this will also include an old comp pedal to use before the unit for a boost , as explained by Broughton below ..! $160 shipped usps , lower 48 Only , Paypal … No Trades
Some info from the Broughton site ;
This original analog octaver has extraordinary tracking, huge headroom, and heavy-hitting synthesized tones. So how does it work?
The Synth Voice detects your input signal frequency, and generates a synthesized tone at the same fundamental frequency. The volume of this signal is controlled by the SYNTH knob. The synth signal is perfect for adding heft to your clean signal, or changing your clean signal to a completely different voice.
The synth tone is also used to create the sub signal one octave below the fundamental frequency. The volume of this signal is controlled by the SUB knob. The tone of this signal is fat and bassy, compared to the typical glitchy video game sounding tones you tend to get from other octave designs.
Mixing in your input signal with the CLEAN knob, you can beef up your regular tone, add a sub octave for extra low end, or cut out your clean signal entirely, creating a completely synthesized signal.
The pedal requires a 9V DC power supply (not included). The DC supply should be a standard Boss style connector, center negative polarity. The current draw is approximately 50 mA.
The Synth Voice has a true bypass switch.
“ A Note on Analog Octave’rs “
The Synth Voice Deluxe provides some of the best tracking and sustain you will ever experience on an analog octaver, and should be an easy and fun pedal to use. Understanding how analog octavers work can improve your interaction with this, and any analog octaver.
Most octavers work by detecting the strongest frequency and dividing this frequency in half. If your signal contains high levels of harmonics, the octaver may fluctuate between which frequency it chooses to reproduce. To produce a tone that does not fluctuate, you will need to play in a way that ensures the fundamental frequency remains prominent.
Here are some tips on how to ensure your fundamental is strong, optimizing the octaver's ability to track your signal. Experiment with what works for you.
Play finger style instead of with a pick.
Play away from the bridge and closer to the neck.
Favor pickups closer to the neck.
Use a compressor to even out your signal.
Improve your fretting technique to ensure there is no fret buzz or string noise.
Boost your signal before the octaver.. !
Use a tone control and/or EQ to cut treble frequencies.
Keep your signal clean (no overdrive/distortion) prior to the octaver.
Some info from the Broughton site ;
This original analog octaver has extraordinary tracking, huge headroom, and heavy-hitting synthesized tones. So how does it work?
The Synth Voice detects your input signal frequency, and generates a synthesized tone at the same fundamental frequency. The volume of this signal is controlled by the SYNTH knob. The synth signal is perfect for adding heft to your clean signal, or changing your clean signal to a completely different voice.
The synth tone is also used to create the sub signal one octave below the fundamental frequency. The volume of this signal is controlled by the SUB knob. The tone of this signal is fat and bassy, compared to the typical glitchy video game sounding tones you tend to get from other octave designs.
Mixing in your input signal with the CLEAN knob, you can beef up your regular tone, add a sub octave for extra low end, or cut out your clean signal entirely, creating a completely synthesized signal.
The pedal requires a 9V DC power supply (not included). The DC supply should be a standard Boss style connector, center negative polarity. The current draw is approximately 50 mA.
The Synth Voice has a true bypass switch.
“ A Note on Analog Octave’rs “
The Synth Voice Deluxe provides some of the best tracking and sustain you will ever experience on an analog octaver, and should be an easy and fun pedal to use. Understanding how analog octavers work can improve your interaction with this, and any analog octaver.
Most octavers work by detecting the strongest frequency and dividing this frequency in half. If your signal contains high levels of harmonics, the octaver may fluctuate between which frequency it chooses to reproduce. To produce a tone that does not fluctuate, you will need to play in a way that ensures the fundamental frequency remains prominent.
Here are some tips on how to ensure your fundamental is strong, optimizing the octaver's ability to track your signal. Experiment with what works for you.
Play finger style instead of with a pick.
Play away from the bridge and closer to the neck.
Favor pickups closer to the neck.
Use a compressor to even out your signal.
Improve your fretting technique to ensure there is no fret buzz or string noise.
Boost your signal before the octaver.. !
Use a tone control and/or EQ to cut treble frequencies.
Keep your signal clean (no overdrive/distortion) prior to the octaver.
