VCOM DB25 Male to RJ45 Plastic Adapter CNV-DB25M-RJ45-V

VCOM DB25 Male to RJ45 Plastic Adapter CNV-DB25M-RJ45-V The VCOM CNV-DB25M-RJ45-V DB25 Male to RJ45 Female Modular Adapter provides a convenient interface for connecting DB25 serial equipment to RJ45 modular cabling systems. Designed as a passive adapter, it is suitable for structured cabling, serial communication, console connections and custom wiring applications where compatible pin configurations are used. Key Features DB25 male to RJ45 female modular adapter. Passive pin-mapping adapter. DB25 male connector. RJ45 (8P8C) female socket. Compact durable design. No external power required. Suitable for structured cabling applications. Plug-and-play installation. Flexible Serial Connectivity The adapter provides a practical method of interfacing DB25 serial devices with RJ45 modular cabling systems where compatible wiring standards are employed. Passive Signal Adapter This adapter provides physical connector adaptation only. It does not convert communication protocols or Ethernet networking signals. Professional Installation Its compact construction makes it suitable for networking cabinets, telecommunications systems, industrial equipment and legacy serial installations requiring modular cabling. Technical Specifications Specification Details Brand VCOM Manufacturer Part Number CNV-DB25M-RJ45-V Product Type DB25 to RJ45 Modular Adapter Connector A DB25 Male Connector B RJ45 (8P8C) Female Adapter Type Passive Connector Adapter Signal Conversion No Power Required No Installation Plug-and-Play Colour Beige Package Contents 1 × VCOM DB25 Male to RJ45 Female Modular Adapter Applications Serial Communications, Console Connections, Structured Cabling, Telecommunications, Industrial Equipment, Legacy Systems and Custom Wiring Installations The VCOM CNV-DB25M-RJ45-V DB25 Male to RJ45 Female Modular Adapter provides a simple and reliable passive connection solution for integrating DB25 serial devices with RJ45 modular cabling in professional networking and communications environments.