OIKWAN USB-C to RS232 Serial Adapter Cable, 6FT, FTDI Chip, Black, Compatible with Windows, Mac, Linux, Model AQ2023-5

The OIKWAN USB-C to DB9 Serial Female Adapter is a reliable and efficient solution for connecting older serial devices to modern computers equipped with USB-C ports. This adapter is designed to facilitate seamless communication between your PC or laptop and RS-232 serial devices, making it ideal for users who need to interface with legacy equipment.

This USB-C to Female Serial Adapter is compatible with Windows 10, 8, 7, Mac OS v8.6 or higher, and Linux, ensuring broad usability across various operating systems. Featuring an FTDI chipset, it guarantees stable performance and compatibility, allowing you to utilize your existing serial devices without the need for costly upgrades. The cable measures 6 feet in length, providing ample reach for various setups.

• Compatibility: Works seamlessly with Windows 10, 8, 7, Mac OS, and Linux systems.
• Length: 6FT USB to RS-232 DB9 cable for versatile connectivity.
• Chipset: Equipped with FTDI FT232RL chipset for optimal stability and performance.
• Data Transfer Rate: Supports USB-C transfer rates up to 1Mbps for efficient data communication.
• Plug and Play: Easy installation with plug-and-play capability after driver installation.
• Connector Type: Features USB Type C male and RS232 DB9 female connectors for straightforward connections.
• Customer Support: Backed by a 24-month warranty and dedicated customer service for assistance.

This USB-C to Serial Adapter is perfect for professionals and hobbyists who need to connect PLCs, programming machines, and other devices that utilize 9-pin serial connections. Its easy installation process and compatibility with a wide range of operating systems make it a valuable tool for anyone working with serial devices. By using the OIKWAN USB-C to DB9 Serial Female Adapter, users can efficiently bridge the gap between modern technology and legacy systems, ensuring that they can continue to use their existing equipment without interruption.