C2G DB9 M/M Serial RS232 Gender Changer Coupler

Overview

The C2G 2771 is a DB9 M/M RS232 serial gender changer coupler designed to modify the gender of your serial cables or connect two cables together without purchasing new ones. Its fully molded, compact design ensures easy handling and durability, while complete shielding protects against EMI and RFI interference, maintaining stable data transmission in environments with electronic noise. This coupler fits well in commercial, industrial, and residential setups, offering a practical solution for extending or adapting RS232 serial connections.

Key features

• Allows seamless gender change or cable joining to extend existing RS232 serial connections
• Fully shielded construction reduces electromagnetic and radio frequency interference for reliable data transfer
• Molded design enhances durability and withstands frequent use in various environments
• Beige color blends unobtrusively with most equipment and cable setups
• Suitable for diverse applications including office, factory, and home installations
• Lifetime warranty provides confidence in long-term performance and reliability

Key specs

• Connector type: DB9 male to DB9 male
• Interface: RS232 serial
• Shielding: Full EMI and RFI protection
• Construction: Molded housing for durability
• Color: Beige
• Warranty: Lifetime

Connectivity and compatibility

This coupler works with any standard RS232 serial cables featuring DB9 connectors, making it a versatile accessory for connecting or adapting serial devices. It supports a wide range of equipment commonly found in commercial, industrial, and residential environments, ensuring compatibility with legacy and current serial communication setups.

Ideal uses and environments

The C2G 2771 is well suited to users who need to extend or modify serial cable connections without replacing cables, such as IT professionals managing legacy hardware, industrial technicians maintaining control systems, or home users connecting serial devices. Its robust shielding and molded design make it reliable in environments with potential electronic interference, including factories and busy office spaces.