MEIRIYFA DB37 Serial Extension Cable D-SUB 37 Pin Male to Female Printer Parallel Connector Cable Pure Copper Core for Printer, PC, Networks - 1.5M

• 【Compatibility】MEIRIYFA DB 37-pin extension cable, it is a serial-parallel printer connection cable, this serial extension cable can be used with any device using DB37 connector, providing high-performance connection between PC and flat panel display.
• 【HIGH QUALITY】Each cable is shielded and designed with fully molded thumbscrew connectors for quick and easy connections every time, it features a sturdy design and strict quality standards.
• 【Convenience】All 37 wires are directly connected through pin pins for easy compatibility and expand your existing cables, it uses pure copper gold plated pins for maximum connectivity and signal transmission.
• 【Anti-interference】120% coverage of aluminum foil shielding layer, each connector has 37 1-to-1 matching conductors, which enhances the anti-interference effect of the cable and ensures stable signal transmission.
• 【More durable】High-quality PVC outer quilt material, can withstand high temperature of 80 degrees, withstand voltage of 300 volts. The connector adopts pure copper pins, which is not oxidized, and has no attenuation in transmission, which is more durable.

MEIRIYFA DB37-pin male-to-female serial port extension cable, suitable for all 37-pin connector devices such as Printer, PC, Networks, etc. Pure copper core conductor 37-pin shielded data cable, made of oxygen-free copper. - High quality PVC quilt material. - 120% coverage of aluminum foil shield. - High temperature resistance of 80 degrees. - Withstand voltage 300 volts. - Pure copper gold-plated pins to ensure that the contacts are connected without weakening. - No falling off, no breaking, durable. - Length: 1.5M. - Connector: 37 pin male to female. 【Package includes】: 1x DB37 pin male to female serial port extension cable. The DB37-pin cable connector adopts pure copper pins, which can effectively reduce signal attenuation during transmission and ensure signal stability.