viewtopic.php?t=82093
Time to make this thing a reality!
This is a PCB of the 2-pole filter from Oberheim's SEM that I got permission from Oberhiem himself to do

The board can be built in two different ways, the first is a faithful reproduction of the original circuit, using original components and all the original features.
The second way adds VC-resonance. This changes the character of the res a bit, but generally still brings that classic oberheim sound.
The board can be run on 15v or 12v (with a couple resistor changes)
There is the option to board mount 3 of the pots, or wire them to the panel.
The board is small enough to fit behind the same size panel as Clarke68's dual RLPG .. (how big was that again? 12hp?)
SYNTHCUBE will be stocking full kits (including the PCB!). For this initial run I may sell bare boards myself depending on interest (or maybe I'll just let synthcube do all the selling stuff..)
There will be panels available for MOTM, .com and Euro (Clarke68!)


Board cost: 15$ + shipping
I'll be sending the files off to fab within a week, no commitments or money is due until I've got the boards in hand, but it's helpful to have a clear idea of how many people want and if they'd rather get a full kit or bare PCB.
Based on this thread, here is the current interest list:
Username Qty
PRe55ue 1
nickster 1
aladan 4
Dego 1
raisinbag 2
limpmeat 1
DannoGeeRay 1
ringstone 4
Barcode 1
LoFi Junglist 4
carynrich 2
sinemod 3
marvkaye 2
wavehead 1
theabsent 1
johnnymayer 1
steffensen 1
brother303 1
NV 1
hv0190 2
keninverse 1
mcop 1
diophantine 2
logicgate 2
simfonik 2
EMWhite 4
aL Pariah 4
iL 2
DreamLost 2
janvanvolt 2
samuraipizzacat29 4
low-gain 4
revok 1
Monobass 2
xi-bot 2
L-1 1
udbhav 1
hpsounds 1
Zergon 1
Emalot 1
very angry mobster 1
bennybones 1
glitchpop 1
funky40 2
jberentsson 2
dubka 1

Audibles:
http://soundcloud.com/nhm1/sem-vceres-sweeptburbles
http://soundcloud.com/nhm1/sem-vceres-sweeps1
http://soundcloud.com/nhm1/sem-vceres-hp
http://soundcloud.com/nhm1/sem-vceres-lp
http://soundcloud.com/nhm1/sem-variable