5‑PIN DIN MIDI Cable
Traditional 5‑pin MIDI cable for signal transmission between synthesizers, MIDI keyboards and music‑production hardware
Certified compliant consistently reliable quality
Made of RoHS-certified eco-friendly raw materials, our products undergo regular quality sampling inspections and comply with export standards of multiple countries.
One piece die cast zinc alloy housing
Solid overall structure with fine surface texture, decent impact resistance, suitable for repeated plug and unplug
Zinc alloy housing adopts nickel plating process with compact coating layer. It delivers decent anti corrosion and rust proof performance to slow down oxidation and rust under daily usage environment.
Multi‑Layer Internal Cable Structure
It features stranded copper conductors. Each wire core is fitted with separate insulation to separate wire groups. The aluminum‑foil shield wraps the inner wire set to form an isolating barrier and provide inner‑layer physical protection for the cable.
Flexible PVC outer jacket
The cable delivers good bending and rebound performance. It supports large angle bending and coiling for storage, reducing hard cracking and whitening caused by bending. Suitable for daily plugging and coiled storage, flexible for wiring layout with good bending resistance.
Standard 5 PIN DIN MIDI Connector
Universal interface for traditional industry MIDI hardware, widely compatible with synthesizers, MIDI keyboards, sound modules, stage music production hardware and other devices equipped with 5 pin DIN MIDI ports.
Applicable Devices
Suitable for home music arrangement, music studios and live performances, enabling MIDI signal communication between hardware devices.
Multiple customization services are available
Custom connector housing color is supported, along with LOGO laser engraving and silk screen printing, suitable for brand labeling and bulk OEM purchasing requirements.
Details Display
Nickel plated zinc alloy housing. The housing features solid structure with good bump resistance. Nickel plated surface helps slow down oxidation and rust.
The internal signal pins adopt copper base with silver plating. The silver plating helps reduce contact resistance and brings good signal transmission performance.
Solder joints between wire conductors and pins are firm, full and neat. Wires are tightly fixed to housing via metal crimping piece to disperse pulling stress, prevent external force from acting directly on solder points, and improve connector reliability.
One piece injection molded strain relief boot is equipped with limit stop ring structure. It helps disperse bending stress at cable root and mitigate damage caused by repeated bending.
