These adapters are very affordable, making them an excellent temporary or permanent networking solution.
: Unlike Wi-Fi, which can suffer from interference or signal drops, this adapter provides a consistent "always-on" connection. In long-term testing, the hardware remains reliable for weekly use with minimal heat buildup.
To solve this, you can create a custom udev rule. For example, to rename this specific adapter to usb2 , you would add the following rule to a file like /etc/udev/rules.d/99-usbnet.rules :
Manufacturers love this chip because it is cheap, requires minimal external components, and works with standard magnet jack connectors. You will rarely (if ever) see a branded "IC Plus" adapter on a store shelf. Instead, this chip is found inside: usb vid-0fe6 amp-pid-9900
: May require manual driver installation on newer versions (Catalina and later) due to stricter kernel extension policies. Performance Note
The USB device with is almost certainly a DM9601-based USB 1.1 to Fast Ethernet adapter from ICS Advent or a clone. It is functional for low-speed networking and legacy OS support but obsolete for modern high-bandwidth applications.
We can break down this specific identifier into two main parts: These adapters are very affordable, making them an
Provides a consistent 100Mbps connection, reducing latency compared to inconsistent Wi-Fi signals.
Microsoft Windows does not include native inbox drivers for the IC Plus IP1001. This is the primary source of frustration. However, the chip is essentially a clone or derivative of the architecture—a very common USB Ethernet standard.
You notice your router assigns a new IP or the MAC address in ipconfig /all changes. To solve this, you can create a custom udev rule
: Registers to CoreChips Shenzhen Co., Ltd. (historically associated with ICS Advent in some databases).
The string usb vid-0fe6 amp-pid-9900 is a prime example of a USB . This identifier is how your computer's operating system (like Windows or Linux) distinguishes one plugged-in device from another. Every USB device, from a mouse to a network adapter, must have a unique VID (Vendor ID) and PID (Product ID). You'll often see them in a format like USB\VID_xxxx&PID_yyyy in Windows Device Manager, or as ID xxxx:yyyy in a Linux terminal.