j5create JCH471 USB-C™ Gigabit Ethernet & hub multi-adapter, metallic champagne

The j5create JCH471 USB-C Gigabit Ethernet Hub Adapter provides wired network access and extra USB connectivity through a single USB Type-C port. With up to 5 Gbps data transfer capability and a compact metallic design, the adapter adds an RJ-45 Gigabit Ethernet port and additional USB ports to laptops and desktops that lack built-in wired networking or need more USB connections.

Advantages

This USB-C adapter delivers reliable 10/100/1000 Mbps Ethernet connectivity via an RJ-45 port while also offering additional USB data connections in a small, portable form factor. The unit supports up to 5 Gbps transfer speed for connected USB devices and is compatible with USB-C equipped MacBook Air, Chromebooks, and other laptops and desktops. Its compact metallic housing suits mobile and desktop setups where a stable wired connection and extra ports are required.

Suitable for

• Connecting a laptop without an Ethernet jack to a wired network
• Adding extra USB ports for peripherals (mouse, keyboard, flash drives)
• Using with MacBook Air, Chromebook, and other USB-C laptops and desktops
• Portable work setups and travel where Wi‑Fi is unreliable

Key specifications

• Model: j5create JCH471 (JCH471-N)
• Interface: USB Type-C host connection
• Ethernet: RJ-45 Gigabit Ethernet, 10/100/1000 Mbps
• USB transfer speed: up to 5 Gbps (USB 3.x class)
• EAN: 4712795080797

How to use

Connect the adapter to your computer’s USB-C port, then plug an Ethernet cable into the RJ-45 jack to establish a wired network connection. Attach USB devices to the adapter’s USB ports as needed. Most systems will detect the adapter automatically; if required, install drivers according to your operating system and the manufacturer’s instructions.

Recommendations

Use a quality Ethernet cable for optimal Gigabit performance and connect to a Gigabit-capable router or switch. For best results, ensure your operating system is up to date and verify driver availability if automatic recognition does not occur.