via this auction
via the seller: "For Sale is an ARP 2600 Clone known as a BroadWAVE u2K6 hand built by Andy @ Broadwave & I purchased it from him.
Below is the original info from Andy when I purchase it:
Up for Auction is a handbuilt BroadWAVE u2K6 (Micro ARP 2600). It is a one-off unit made as a pre-production to an ARP 2600 clone that I have recently completed.
Please note that you will require a MIDI to CV converter to use this synth.

It's built into a Tolexed 19" 6U cabinet with strap handle... as yet, I have no idea how to pack this for the courier - don't be surprised it it turns up in a suitcase.
Almost all of the internal circuits are copied directly from the ARP 2600 - the exception being the VCF, LFO and Dual AR envelope generators which are direct copies from the ARP Odyssey.



OK, here's the tech details (it's a long read but gives an insight to the internal pre patching and what's available:
MASTER CV
Rotary Controls:
Tune
Fine Tune
Glide Amount (NB. Glide is wired POST FM inputs - Will add lag to FM input signals)
FM 1 Level
FM 2 Level
Input Jacks:
1V/Oct
Aux CV
Gate In
FM1 (Prewired from LFO Sine)
FM2 (Prewired from LFO Square)
Output Jacks
1V/Oct CV (Without Glide)
1V/Oct CV (With Glide)
Gate 1 Out
Gate 2 Out
Trigger Out
VCO 1 (ARP 2600 4027-014 Module)
Audio/Low Frequency Switch
Rotary Controls:
Tune
Fine
CV 1 Level
PWM Level
PW (Manual Control of Width)
Input Jacks:
1V/Oct In (Prewired from Master CV 1v/Oct)
CV1 In (Prewired from LFO Sine)
PWM In (Prewired from ADSR Envelope)
Sync In
Output Jacks:
Sync Out
Saw Out
Square Out
Triangle Out
Sine Out
VCO 2 (ARP 2600 4027-014 Module)
Audio/Low Frequency Switch
Rotary Controls:
Tune
Fine
CV 1 Level
PWM Level
PW (Manual Control of Width)
Input Jacks:
1V/Oct In (Prewired from Master CV 1v/Oct)
CV1 In (Prewired from ADSR Envelope)
PWM In (Prewired from LFO Sine)
Sync In
Output Jacks:
Sync Out
Saw Out
Square Out
Triangle Out
Sine Out
VCO 3 (ARP 2600 4027-014 Module)
Audio/Low Frequency Switch
Rotary Controls:
Tune
Fine
CV 1 Level
PWM Level
PW (Manual Control of Width)
Input Jacks:
1V/Oct In (Prewired from Master CV 1v/Oct)
CV1 In (Prewired from Sample & Hold)
PWM In (Prewired from ADSR Envelope)
Sync In
Output Jacks:
Sync Out
Saw Out
Square Out
Triangle Out
Sine Out
MIXER
8 x 1 or 4 x 2 Output switch (Input 1 - 4 levels are shared with Input 5 - 8)
Rotary Controls:
Level 1/5
Level 2/6
Level 3/7
Level 4/8
Input Jacks:
Input 1 (Prewired from VCO 1 Square)
Input 2 (Prewired from VCO 2 Square)
Input 3 (Prewired from VCO 3 Saw)
Input 4 (Prewired from Noise)
Input 5
Input 6
Input 7
Input 8
Output Jacks:
Mix Out 1
Mix Out 2
VCF (ARP Odyssey 4035 "MOOG" Module)
Rotary Controls:
Frequency
Resonance
CV 1 Level
CV 2 Level
Input Level
Input Jacks:
Audio In (Prewired from Mix Out)
1V/Oct In
CV 1 In (Prewired from Master CV 1V/Oct)
CV 2 In (Prewired from ADSR Envelope)
Output Jacks:
VCF Output
VCA (ARP 2600 4019 Module)
Rotary Controls:
Gain
Level 1
Level 2
CV 1 Level
CV 2 Level
Input Jacks:
Input 1 (Prewired from VCF Output)
Input 2 (Prewired from Ring Mod Output)
Linear CV Input (Prewired from AR Envelope)
Exponential CV Input (Prewired from ADSR Envelope)
Output Jacks:
VCA - Main Audio Output
MULTIPLES
1 x 4
1 x 5
1 x 5
PREAMP/ENVELOPE FOLLOWER (ARP 2600)
Gain Switch - X10/X100
Rotary Controls:
Preamp Input Level
Envelope Follower Input Level
Input Jacks:
Audio In Level (Preamp)
Audio In Level (Envelope Follower - Prewired from Preamp)
Output Jacks:
Preamp Output
Envelope Follower Output
RING MODULATOR (ARP 2600 4014 Module)
AC/DC Switch
Rotary Controls:
Level X
Level Y
Input Jacks:
Input X (Prewired from VCO1 Square)
Input Y (Prewired from VCO2 Square)
Output Jacks:
Ring Mod Output
Noise (ARP 2600)
Rotary Controls:
Noise Level
Noise Colour (Continuous - White>Pink>Low Freq)
Output Jacks:
Noise Output
VOLTAGE PROCESSORS (ARP 2600)
Rotary Controls:
Level 1 (+10V Adjust)
Level 2
Level 3 (-10V Adjust)
Lag Depth
Input Jacks:
Inverter 1 - Input 1 (Prewired from -10V - Inverted Output gives 0 - +10V)
Inverter 1 - Input 2
Inverter 1 - Input 3
Inverter 2 - Input 4 (Prewired from +10V - Inverted Output gives 0 - -10V)
Lag Input
Output Jacks:
Inverter 1 Output
Inverter 2 Output
Lag Output
ELECTRONIC SWITCH (ARP 2600)
Input/Output Jacks:
Clock Input (Prewired from LFO/S&H Clock)
In/Out 1
In/Out 2
Common
SAMPLE & HOLD/LFO (ARP 2600 4015 Module - ARP Odyssey LFO)
Rotary Controls:
Sample Input Level
Clock/LFO Frequency
Input Jacks:
Sample In (Prewired from Noise)
External Trigger In (Prewired from LFO/Clock)
Output Jacks:
Sample & Hold Output
LFO Square Output
LFO Sine Output
ADSR ENVELOPE (ARP 2600 4020 Module)
Rotary Controls:
Attack Time
Decay Time
Sustain Level
Release Time
Input Jacks:
Gate In (Prewired from Master CV Gate)
Trigger In
Output Jacks
ADSR Output 1
ADSR Output 2
DUAL AR ENVELOPE (ARP Odyssey)
Rotary Controls:
Attack Time (AR Env 1)
Release Time (AR Env 1)
Attack Time (AR Env 2)
Release Time (AR Env 2)
Input Jacks:
Gate In AR Env 1 (Prewired from Master CV Gate)
Gate In AR Env 2 (Prewired from Master CV Gate)
Output Jacks:
AR Env 1 Output
AR Env 2 Output"
Same one as this.
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