Trigger, CV Sequencer

Eventide Misha; Eurorack module; interval-based sequencer; innovative user-interface: notes and sequences are entered by choosing key, scale and navigating via interval buttons; 100 factory scales and additional slots for up to 100 user-scales (Scala file support); tone row based sequencer inspired by the classic compositional technique used in serial music; clock divider for creating rhythmic variations; 4 user-assignable buttons; memory locations for 18 presets; internal oscillator; USB-C port for MIDI and QWERTY keyboards; MIDI in/out (3.5mm TRS jack); 3 CV/gate output pairs for contolling 3 voices polyphonic; 3 assignable CV/gate input pairs; audio output for the internal oscillator (3.5mm stereo jack); clock input; Scala import and firmware updates via microSD card; power consumption: 105mA (+12V) / 5mA (-12V); width: 28 HP; depth: 19mm

• Cartesian 3D music sequencer
• 3 Individually controllable channels: X- and Y-axis for notes / gates and Z-axis with 64 sequence memory locations
• Sequences can be changed and manipulated by the user at any time
• Pattern status visualisation via 16 illuminated rotary controls
• Programming status visualisation via 16 illuminated touch panelscan be coupled with Make Noise TEMPI (Art. 427108)
• 3 Clock inputs for X, Y, Z axis
• 2 Gate inputs for X, Y manipulation
• 2 CV inputs for X, Y control
• 3 CV outputs for pitch and control voltages
• 3 Gate outputs
• Power requirement: 235 mA (+12 V) / 0 mA (-12 V)
• Width: 34 HP
• Depth: 24 mm

• 16-Step-CV- and gate sequencer
• 16 Storage locations
• 9 Sifferent scales
• Adjustable gate length for each step
• Playback modes: forwards, backwards, ping-pong, ping-pong with repeating of the last steps, random
• Octave range: from one up to eight octaves
• Step-Off and Step-Merge function
• Slide function
• Width: 3 HP
• Depth: 35 mm
• Power requirement: +55 mA (+12 V) / -4 mA (-12 V)

• Four-channel trigger sequencer
• Real-time pattern recording possible via 4 pads
• Pattern change, fills and mute are possible via pads
• 4 Tracks with a maximum of 32 steps
• Memory for 8 tables (set of 4 tracks)
• Shift function for playing individual segments of a pattern
• Quantizer and randomizer functions
• Adjustable trigger length per each track
• Current consumption: 25 mA (+12 V) / 1 mA (-12 V)
• Width: 16 TE
• Depth: 27 mm

• Sequential Voltage Source
• CV sequencer with 4 rows and 5 steps each
• Internal clock (pulser) with adjustable pulse width (range: 0 - 100%), adjustable tempo (approx. 0.02 Hz - 1,000 Hz)
• CV inputs for pulse width and tempo
• Pulse and ramp outputs
• Start and stop buttons, each with trigger input
• Clock input for CV sequencer (Advance In)
• CV input and trigger inputs for direct selection of steps
• Adjustable number of steps: 1 - 5
• CV output per row and gate output per step: 0 - 10V
• Power consumption: 63mA (+12V) / 28mA (-12V)
• Width: 30 TE
• Depth: 25mm

• 8-Channel mixer, sequencer and sequential switch
• Options available per channel: signal input, attenuator, mute button and solo switch
• Maximum number of steps can be set
• Configurable for 2 x 4 or 1 x 8 operations
• Master control for each group of four
• An internal clock generator (0.5 - 150 Hz)
• An external clock input
• Current consumption: 110 mA (+12 V) / 20 mA (-12 V)
• Width: 24 TE
• Depth: 42 mm

• Simultaneous polyrhythmic modulation of up to 10 CV parameters
• 16 Rotary knobs for editing sequences
• Each potentiometer can interact with all 10 CV outputs
• 4x Horizontally running 4-step CV sequencers
• 4x Vertically running 4-step CV sequencers
• 1x Horizontally running 16-step CV sequencers
• 1x Vertically running 16-step CV sequencer
• Each sequencer features its own clock-, direction- and reset inputs
• Width: 28 HP
• Depth: 15 mm
• Power requirement: +70 mA (+12 V) / -10 mA (-12 V)

• Vintage edition with black front plate
• 2 Switch rows with 8 steps each
• Euro rack format
• Width: 50 HP
• Depth: 40 mm
• Power consumption: +80 mA (+12V)/ -20 mA (-12V)

• 16-Track trigger sequencer
• 16 Tracks with up to 64 steps each
• Classic TR programming
• Real-time input
• Euclidean pattern generator or random generator
• Performance functions such as mute, fill and track reset
• Adjustable per track: track length (1-64 steps), offset, running direction and clock divider
• Memory for 16 presets with 8 patterns each
• 16 Trigger outputs
• Clock and reset inputs
• Current consumption: 60mA (+12V) / 0mA (-12V)
• Width: 20 HP
• Depth: 30 mm

• Signal processor with bidirectional switch and gate generator
• Consists of the sections step controller, gate generator and analogue switch
• Muxlicer can be used as a voltage-controlled signal router (8-on-1 or 1-on-8), as a CV sequencer, audio chopper, generate rhythmic gate patterns and more
• Current consumption: 45 mA (+12 V) / 5 mA (-12 V)
• Width: 16 HP
• Depth: 23 mm

• Two-track multi-stage sequencer
• Master sequence with 8 pitch steps and per step adjustable pulse count (1-8) and gate mode (hold, repeat, single, rest)
• Tracks 1 and 2 are derivatives of the master sequence and can be modified in many ways
• Adjustable parameters per track: Running direction, length, clock division, swing, slide time, gate length, note range, transposition and more.
• 8 Modulation tracks that can be routed to the two assignable outputs A & B or to internal sequencer parameters
• 3 Assignable CV inputs with attenuators for modulating sequencer parameters
• Memory for 64 presets
• Two assignable knobs
• Clock input and output
• Reset input
• CV/gate outputs for tracks 1 & 2
• Expandable by 8 additional gate/trigger outputs via optional Intellijel Gx or Qx module
• Current consumption: 95 mA (+12 V) / 10 mA (-12 V)
• Width: 34 HP
• Depth: 25 mm

• Analogue sequencer
• Two channels with 8 steps each
• Channels switchable in series for 16 steps
• Number of steps adjustable between 1-8 steps
• Start/stop button
• Controls for tempo, gate time and delay (portamento)
• CV output per channel, gate output, tempo CV input, trigger input & output
• Current consumption: 30 mA (+12 V) / 30 mA (-12 V)
• Width: 16 HP
• Depth: 43 mm

• Aanalogue step sequencer with 8 steps and 3 control rows
• Internal oscillator as clock source with 2 switchable frequency ranges, adjustable pulse width and on/off switch
• Manual step and reset buttons
• CV inputs for rate and pulse width
• CV output per track
• Gate output per step
• Clock output
• Power consumption: 70 mA (+12 V) / 30 mA (-12 V)
• Width: 32 TE
• Depth: 43 mm

Joranalogue Audio Design Step 8; Eurorack module; sequential tracking/sampling register; combination of a sequential switch and eight Sample&Hold / Track&Hold stages allows a varity of creative applications (e.g. stepsequencer, clock divider, shift register, switcher etc.); 8 voltage stages, each with value slider, CV out and Gate out; manual trigger button and trigger input / output; inputs for Signal, Pause Gate, Reset Trigger, Reverse Gate and Stage addressing; Scan output (value of the active stage); power consumption: 110mA (+12V) / 45mA (-12V); width: 16 HP; depth: 35mm

• Stochastic pattern generator
• Intelligent generation of musical random melodies and rhythm patterns
• Rhythm section with 4 controls for note value, note variation, legato and rest distribution
• Melody section with 12 faders for adjusting the probability of each note
• Pattern length adjustable from 1-16 steps
• Integrated quantiser
• Memory for 16 patterns
• Internal clock with tap tempo or synchronisation to external clock signal
• 2 CV and gate inputs for controlling various parameters
• Current consumption: 150mA (+12V) / 50mA (-12V)
• Width: 34 HP
• Depth: 25 mm

• Consisting of: A-157-1 Trigger Matrix (8x16) + A-157-2 Output Module and A-157-3 Input Module
• Generates up to 8 trigger signals via 8 x 16 LED/switch trigger matrix
• 8 Tracks with each 16 steps
• Width: A-157-1: 44 HP (223.5 mm), A-157-2: 4 HP (20.0 mm)/A 157-3 mm: 4 HP (20, 0 mm)

• Euclidean trigger sequencer
• 6 Channels each with a maximum of 16 steps pattern length
• Chain up to 3 channels for a maximum of 48 steps pattern length
• Programming and editing during operation
• 16 Memory slots for preset pattern
• Pulse width / trigger length adjustable (10 ms / 1 ms)
• Patterns can be rotated / shifted
• Programmable F-button for direct access to functions such as Reset, Start / Stop, Mute, Toggle, Rotation, Freeze, Fill and more
• Clock and reset input
• Trigger outputs for channels 1-6
• Power requirement: 0 mA (+12 V) / 0 mA (-12 V) / 60 - 170 mA (+5 V)
• Width: 10 HP
• Depth: 25 mm

• 4-Track Step Sequencer
• Each track generates 2 CV voltages and 2 gates
• Time value/duration can be set per step in relation to the tempo
• CV signals can be output unquantised or quantised on tone scales
• Microtuning per track
• Step editing via 16 encoders with LED ring
• Glide, legato and ratcheting per step
• Freely definable chains and loops from patterns
• Song mode
• Notes can be entered via external keyboard/CV input
• 2x CV and 2x gate output per track
• 2x CV inputs for modulation of various parameters
• 2x Gate inputs
• Current consumption: 260 mA (+12 V) / 50 mA (-12 V)
• Width: 36 HP
• Depth: 38 mm

Robaux LL8 II; Eurorack module; 8-channel Trigger Sequencer; 8 tracks with 16 steps each; memory locations for 16 pattern; adjustable pattern lenght per track: 1-16 steps; TR-Mode or realtime Tap-Mode; Mute & Fill function; random pattern generator; Gate/Legato mode and programmable probability per step; MIDI Out via optional Expander (item 554698, not included); clock and reset input; 8 trigger outputs; power consumption: 30mA (+12V) / 0mA (-12V); width: 14 HP; depth: 25mm

• 8 Channels assigned in 4 rows and 4 columns
• In Matrix mode, the rows and columns are able to interact with each other
• Independent mode allows for the separate editing of individual channels
• Accurate internal clock
• Can be synchronised to external equipment
• The following settings fetaure per channel: Divide, Step, Probability, Speed, Clock Shift, Time Shift, Pulse Width
• SyncBus technology for simple synchronisation to other SyncBus-enabled modules
• Width: 28 HP
• Depth: 28 mm
• Power requirement: +200 mA (+12 V) / -0 mA (-12 V)