Filters
Colour
Options
Type of KIT
Availability
Offers
All Products
MODULAR III
AM993 Env and VCA ControlDescription This module is recreation of the Moog 993 Triggers and Envelope Control module from 1968. The 993 is a signal routing module for S-triggers coming from one or two controllers. Switches (with red LED's), labelled "from 1" or "from 2" at the top of the panel connect the controller trigger outputs (when lit) to the 911A Dual Trigger Delay. The lower three left hand column switches (orange LED's) route the trigger signal as follows: top switch - to left 911 with no delay, center switch - to center 911 with delay set by top 911A delay unit (if any), bottom switch - to the right 911with delay set by the bottom 911A (if any). The right hand switches (with green LED's) connect the DC control voltages from the 911's to their respective 902 Voltage Controlled Amplifiers: Left to left, center to center, right to right. Any of these routes may be connected at the same time. The AM993 PCB has a 12V power inlet socket, eight slide switches and LED s. The modules connects to the 902, 9...
SEQUENCERS
AM313 Sequential SwitchThe AM313 analog switch dates back to 1976 and the beginnings of a German synthesizer manufacturer, when they were a modular synthesizer company. The 313 is an advanced seqeuntial switch, more capable than the Moog 962, Roland or Emu Systems equaivalents. It has 4 channels/steps and the unique ability to skip and repeat the steps. The four channels are sequenced by an external clock signal or by pressing the shift button. The four signal inputs are mixed to the output when a channel is selected. Red LED's indicate which channel is active. Within any of the four channels the steps can programmed using a 6-way rotary switch which enables the step to be skipped, retained as one step, or the step can be repeated by 2, 3, 4 or 8 times befoe the channel is advanced. The step repeats are indpendent across all 4 channels. This featue enables the 8 steps from the AM314 sequencer (or a Moog 960) to be built into 16 or 24 steps, and with each row of 8 capable of being programmed in terms of #...
MODULAR 2500
AM1028 Sequential Volts (Slave Module)This 8HP module expands the capability of the Behringer 1027 sequencer by adding an additional column of variable control voltages. The module connects to the B1027 with an included 12 way ribbon cable. The eight steps of the 1027 are mirrored in the 1028 with three precision control voltage outputs; one at 2V for controlling VCO's and two at 10V for controlling filters, amplifiers and VC env gens.
MODULAR III
AM962 Sequential SwitchThe AM962 Sequential Switch is your go-to upgrade for the classic Behringer 962 module, now enhanced with features inspired by Tangerine Dream's modifications to the Moog 962 back in '74. This 8 HP module integrates seamlessly with the original circuitry, ensuring that the authentic Moog sound remains intact while adding some serious functionality. With the new AMSynths Daughter Board, you get three exciting features: an on/off toggle switch for Stage 3, a Shift Input toggle, and an Upper CV Output toggle. These upgrades make the AM962 Interface Upgrade a must-have for live performances, allowing for greater control and creativity when paired with 960 sequencers. Dive into the user manual (PDF) or cheque out our YouTube channel for more insights on how to maximize your setup with this innovative module!
COMING SOON!
AM8220 LFODescription This module is an accurate and expanded replica of the LFO in the Roland SH-101 analog mono synth which was released in 1982. EuroRack Module: 10HP wide User Manual: Download PDF The LFO is based on dual Op Amp that generates both triangle and square waves from 0.35Hz to 30Hz. The frequency is controlled by a LED slide potentgiometer (the LED flashes at the LFO rate). A range switch has been added to enable the LFO to run at lower and higher frequencies. The triangle wave is converted to a sine wave and is available as a seperate audio output that is switched on/off by the front panel MOD switch and/or an external gate input. The volume of this sine wave is adjusted iwth the S-MOD slider, the LED illuminates when the sine wave is active. The LFO can be locked into an external clock so that the waveforms start at the end of the gate signal. A front panel switch controls whether the LFO is free running or uses the external lock. The original LFO uses a digitally generated...
MODULAR III
AM-CP1 Control PanelIntroducing the AM-CP1 Control Panel, a sleek 6 HP Module designed for your modular synth setup! This handy module gives you seamless access to the internal bus connecting AMSynths utility modules, mirroring the functionality of the classic Moog CP1 control panel (minus the power switch). With three pairs of CV and V-Trigger inputs, you can easily connect to the AM996 for pitch control and the AM993 for S-Trigger conversion, all while keeping your patching neat and tidy. The Eurorack compatible module features 3.5 mm jack sockets on a stylish black anodised aluminium front panel, making it a perfect fit for any modular rig. Say goodbye to messy cables and hello to streamlined creativity with the AM-CP1 Control Panel!
MODULAR 1000
AM1019 VCA (Special Edition)Introducing the AM1019 VCA, a modern twist on the classic voltage controlled amplifier from the iconic ARP 4019 module of 1971! This 12HP module is designed to deliver that distinctive warm tone you crave, thanks to its carefully engineered discrete transistor design. With a generous array of inputs 3 audio and 4 CV you can easily mirror the matrix switch capabilities of the original. Enjoy the tactile feel of ARP 2500 control knobs featuring colourful spun aluminum inlays, and experience the convenience of LED-illuminated push buttons for AC blocking on audio inputs.
MODULAR 2500
AM1004P Oscillator MixerThis AM1004P module expands the capability of the Behringer 1004 VCO by adding the waveform mixer from the original ARP 1004P. The original circuit has been carefully replicated. The module delivers all five waveforms indepedently as well as mixing them into a single output.
