Serial USB to RS-232 Cable Exsys EX-13001, 1.8 m, FTDI chipset

The Serial USB to RS-232 Cable Exsys EX-13001 is a 1.8 m cable designed to convert a USB port to a standard RS-232 serial interface using an FTDI chipset. It enables communication between modern computers and legacy or industrial serial devices by providing stable USB-to-serial conversion and standard RS-232 signaling levels. The cable simplifies data transfer and device configuration without requiring an external adapter box.

Advantages

The FTDI chipset provides reliable and driver-supported USB-to-serial conversion with broad compatibility across operating systems. A molded connector and fixed cable length reduce connection strain and simplify installation. The integrated conversion design eliminates the need for an external RS-232 adapter, offering a compact, single-cable solution for serial communication tasks.

Suitable for

• Connecting modems and serial printers to modern PCs
• Linking industrial controllers, PLCs and measurement instruments
• Configuring network equipment, routers and switches with serial consoles
• Point-of-sale terminals and cash registers that use RS-232
• Legacy peripherals and development boards requiring RS-232 communication

Key specifications

• Interface: USB (host) to RS-232 (serial)
• Cable length: 1.8 m
• Conversion chipset: FTDI-based USB-to-serial converter
• Signal standard: full RS-232 signaling levels (Tx, Rx, RTS, CTS, etc.)
• Power: USB-powered, no external power supply required
• Connector types: USB (type A) to 9-pin D-sub (DB9) serial connector

How to use

Connect the USB type-A plug to an available USB port on the host computer and attach the DB9 connector to the serial device. The FTDI chipset typically enumerates as a virtual COM port; install or enable the appropriate driver if the operating system does not automatically recognize it. Configure serial communication parameters (baud rate, parity, data bits, stop bits, and flow control) in the host application or terminal software to match the connected device, then begin data transfer or device configuration.

Recommendations

For reliable operation, use close to the specified cable length without sharp bends or kinks, and avoid placing the cable alongside high-voltage power lines or heavy machinery that may cause interference. If using on older operating systems, download the latest FTDI driver from the chipset manufacturer to ensure correct virtual COM port operation. Verify serial port settings in the communicating devices before troubleshooting connection issues.