Waveshare 5G M.2 to Gigabit Ethernet Converter, 5G M.2 to USB3.1 (RM500U-CNV, UK)

• Waveshare 5G M.2 to Gigabit Ethernet Converter, 5G M.2 to USB3.1, Aluminum Alloy Case (RM500U-CNV, UK)
• Facilitates high-speed 5G networking
• Supports 5G modules with M.2 Key B interface
• Includes USB 3.1 port for versatile connectivity
• Encases in robust aluminum alloy for durability
• Offers desktop and wall-mount installation options

The Waveshare 5G M.2 to Gigabit Ethernet Converter, 5G M.2 to USB3.1, Aluminum Alloy Case (RM500U-CNV, UK) is a sophisticated device designed to facilitate high-speed 5G networking. It supports 5G modules with an M.2 (NGFF) Key B interface, making it compatible with prominent 5G module brands such as SIMCom, Quectel, and Fibocom. The converter is equipped with an onboard RTL8125 Ethernet chip, enabling seamless conversion from 5G to Gigabit Ethernet, thus ensuring efficient data transmission via the Gigabit Ethernet port.

This converter features a USB 3.1 Type-A port, which allows for direct connection to PCs, Raspberry Pi, or Jetson series motherboards, providing high-speed 5G networking or debugging capabilities. The device is powered through a versatile onboard voltage translator circuit, supporting both a 9-12V power supply via a DC jack and a 5V/2A power supply via the USB 3.1 port. Additionally, it includes a standard SIM card slot and indicators for power supply and network status, along with a reset button for monitoring and debugging purposes.

Encased in a robust aluminum alloy enclosure with an oxidation dull-polish surface, the converter is both durable and aesthetically pleasing. It supports both desktop and wall-mount installations, offering flexibility in deployment. The package includes four 5G omnidirectional high-gain antennas and a 12V power supply adapter, ensuring ease of use with 5G modules.

The device supports multiple operating modes, including direct connection via USB 3.1 or Gigabit Ethernet ports, router mode for distributing 5G network access, and simultaneous networking mode for connecting two devices separately. These features make it suitable for various application scenarios, particularly in industrial settings where reliable and high-speed network connectivity is essential.