Before installing a driver, you must identify the bridge chip inside the USB housing. Manufacturers of the LD-C101 cable typically use one of two major USB-to-Serial chips:
chipset, though some variants may use Silicon Labs (SiLabs) or Prolific chips. Chipset Identification
A hardware cable is only as good as the software driving it. The LD-C101 relies on an internal bridge chip (typically manufactured by Prolific or FTDI) embedded inside the USB connector housing. Installing the exact matching driver ensures: Ld-c101 Usb To Ci-v Driver
Match this to your radio's internal CI-V baud rate. Standard defaults are often 9600 or 19200 bps. (Check your Icom manual to verify).
This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later. Before installing a driver, you must identify the
Once the cable is recognized as a COM port, your computer is ready to communicate with your Icom radio.
The LD-C101 USB to CI-V driver has a range of applications, including: The LD-C101 relies on an internal bridge chip
Unplug the cable, run the installer program, and restart your computer if prompted. Plug the LD-C101 cable back in. Configuring Amateur Radio Software for the LD-C101
Are you seeing any specific in your Device Manager?
In that moment, the LD-C101 achieves its purpose. It becomes invisible. The radio and the computer are no longer two machines, but one instrument. You click on a spot in the waterfall, and the radio’s PLL whirs to life. You type a callsign, and the antenna relay clicks. The driver, that fragile bridge of code, holds.