MIDI CC control for built-in Arpeggiator and MIDI Clock, CV Clock Out, & “Light Show”.Tools – Save/Load 127 Presets, Port Labeling, MIDI Message Monitoring, & Visual MIDI Monitor.Modifiers – Channel Mapping, Velocity Scaling, CC Scaling and Mapping, Keyboard Layer and Split, Transpose, Alter (Random & Probability).Message filters – Clock, Note on/off, CC, Program Change, & Stop/Start/Continue.1 1st pair, choose one of the 3 jacks 3.5mm MIDI type A, MIDI type B or 5-pin DIN 2 Type A & B to support both 3.5mm TRS styles.Outputs: 10x 5-Pin DIN, 2x pair2 of 3.5mm TRS, 1x USB MIDI Interface port (to PC or Pad), 4x USB Host ports.Inputs: 5x 5-Pin DIN, 2×1 pair2 of 3.5mm TRS, 4x USB 2.0 Host ports, 1x USB 2.0 Device3 port (for PC or Pad connection) with 12 USB MIDI virtual inputs and outputs.In addition to MIDI routing, the MRCC can clock your analog gear, host your MIDI controllers, act as a 12 in and 12 out USB MIDI interface and more. “Did we go a little overboard? Maybe, but there’s really nothing like it out there.” It’s got a button for every Input and Output, 28 of them, plus 28 RGB LEDs and a color OLED display with an encoder and navigation buttons,” he notes. “It’s got real friggin buttons, like the good old days, so you don’t need a computer to configure it. Configurations can be saved to memory for later recall.Ĭonductive Labs co-founder Darryl McGee describes the MRCC as “ridiculously cool”. These can be configured with an on-board graphical user interface. The MRCC also offers advanced features, like filtering, channel mapping, MIDI tools and MIDI effects. Status and activity are displayed on a color OLED display and per-port RGB LEDs. There’s a dedicated button for each each input and output, so you just select an input button, and then pick which outputs to route it to. The MRCC has tons of MIDI connections, ranging from traditional 5-pin DIN connectors to USB interfaces and USB host ports and even the 3.5mm MIDI A/B connectors that are popular on compact devices. The MRCC has been designed to make it easy to build flexible and powerful MIDI setups, combing controllers, instruments, your computer and more. The MRCC was originally launched as a Kickstarter project and will now be publicly available. Last but not least, 65 patch positions result from the provided matrix, offering users a wide range of possibilities.Conductive Labs – creators of the NDLR Multi-part Polyphonic Sequenced Arpeggiator – have introduced the MIDI Router Control Center (MRCC), a new device that they say reinvents the MIDI router. Offering a visual analog of a physical controller, MIDI Patchbay is equipped with a series of 16 controls, 8 for the inputs and 8 for the outputs, as well as dedicated commands for controlling pitch, magnitude, and other relevant parameters. Furthermore, through the mapping process, users will basically route the signal to the application’s actual, internal input, and outputs. MIDI Patchbay is a specialized application that was developed specifically in order to provide users with a series of tools for working with the signal to and from their MIDI device, through means of splitting, merging, or applying filters, in accordance to their characteristic requirements.īuilt around an 8 by 8 MIDI interface, the controller will allow one to map all MIDI ports, regardless if we’re talking about the virtual or actual, physical ones, on the audio equipment. Not to mention the hassle of adequately linking the same signal traces to any accompanying software, in order to achieve better control over the physical equipment. Working with MIDI controllers on multiple channels can pose serious challenges, especially when it comes to splitting or merging the signal.
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