MIDI Serial Port Unit to SAM2695 Audio Processing Interface with 3.5 Interface Compatibility

1. SAM2695 Audio Synthesizer Chip: The MIDI Unit is powered by the SAM2695 chip, which delivers high-quality audio synthesis, making it ideal for musicians and audio creators looking to generate complex sounds. 2. Standard MIDI Protocol (16 Channels): This device supports the Standard MIDI 1.0 protocol with 16 channels, allowing seamless communication with a wide variety of MIDI-enabled instruments and controllers. 3. Multiple Audio Connection Ports: Equipped with both 3.5mm headphone jacks and DIN 5-pin MIDI sockets, the Unit MIDI offers flexible connectivity for diverse music production setups. 4. Bypass and Separate Mode Switch: The front panel switch allows users to toggle between Bypass mode (direct connection between left and right ports) and Separate mode ( left and right channels), providing versatility for different performance needs. 5. Optocoupler Isolation: With built-in optocoupler isolation, this unit ensures stable signal transmission, eliminating interference, making it reliable for live performances and recording sessions. Grove Interface for MIDI Monitoring: The Grove port allows for direct monitoring or control of MIDI signals, offering an additional layer of flexibility in music creation. Versatile and Powerful: The Unit MIDI is a powerful tool designed for musicians, audio producers, and educators. With its SAM2695 audio synthesizer chip, it delivers high-quality sound for both live performance and studio recording. Supporting the Standard MIDI 1.0 protocol, it offers compatibility with a wide range of MIDI devices, making it a central hub for controlling multiple instruments or creating interactive music installations. Color: Grey Material: ABS Package Contents: 1 * MIDI Unit Serial port Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.