For Windows users that also means hot-plugging Midi Controllers becomes possible when routing them through the SMCI. They all have the same structure but allow you to do something different with the same controls.Īll of this is compatible with any DAW that lets you map things to Midi CC messages, because that's all the SMCI routes to your DAW. Think of the SMCI as a website where each view is a different subpage of that website. You can set up many different Views on your controller, which allow you to map the same dial or button to different functionalities based on which view is active. Any input fed from the controller into SMCI will 'translate' it into an action on the SMCI itself (change to a different view, apply an LFO etc.) or route it to your DAW.

The SMCI program sits between your Midi controller and your DAW. * not tested yet with the BCF but its functionality seems identical to the BCR Here's a quick video demo: > << How does it work? Prime examples would be Behringer's BCR 2000 and BCF 2000*. Buttons can be set to function in momentary mode, not (just) toggle mode.Has to allow Control Changes to be sent to the unit for visual feedback (LEDs, motorized faders etc.).The only requirements for a Midi controller for all of this to work are: Mapping controls to behave like other controls to create Macros.Save and load snapshots of the current values.

Automation of values (think of LFOs on Control Changes before we even hit the DAW).

Different behavior and functionality of controls (buttons, dials, etc.) based on Views/Pages.

Simulate more controls than the device actually has.

The aim of this project is to create a framework to augment any Midi controllers with more intelligent features like: *1 The focal position can be adjusted automatically during installation or tuning.Smart Midi Controller Interface (SMCI) You want to have a smarter midi controller Sunlight: 10,000 lux, Incandescent lamp: 6,000 lux, Fluorescent lamp: 2,000 luxġ0 to 55 Hz: Double amplitude 0.75 mm 0.03', 3 hours each in X, Y and Z directions No-protocol, KV STUDIO, MC protocol, SYSWAY TCP/IP, SNTP, FTP, BOOTP, EtherNet/IP TM, PROFINET, KV STUDIO, MC Protocol, OMRON PLC Link

Single output: 50 mA or less, 3-output total: 100 mA or less

Industrial Continuous Inkjet Printers / CIJ Printers.

Laser Marking Systems / Continuous Inkjet Printers.

PLC (Connector type / Terminal-block type).

LVDT / Contact Displacement Sensors (Probes).

Spectral Interference Displacement Sensor.

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