LORDWORLD
LORDWORLD Dual USB-C Female to USB 2.0 9/10-pin Header Adapter 480Mbps
Converts an internal 9-pin or 10-pin USB 2.0 header into two external USB-C sockets at 480 Mbps with 5 V/500 mA power, no PD or video support
- Add two USB-C ports to your case front from a single internal header
- USB 2.0 data at 480Mbps and 5V/500mA power per port
- Compatible with both 9-pin and 10-pin motherboard USB headers
- No Power Delivery, video or audio — pure USB 2.0 connectivity
- Built with quality components on a compact PCBA
Dual USB-C Header Adapter
This adapter converts a motherboard 9-pin or 10-pin USB 2.0 header into two external USB-C female ports. It is intended for PC builders who want front-panel USB-C connectivity without a native header. The board delivers USB 2.0 speeds and basic power only. No video, audio or Power Delivery functions are supported.
Build Integration
The adapter plugs directly onto the internal header and requires no additional drivers or external power. It occupies a single header while providing two Type-C sockets for peripherals or charging. Maximum output is limited to 5V and 500mA per port. The PCB uses standard components and fits typical case cut-outs for USB-C.
Target User
Suitable for enthusiasts adding modern USB-C ports to older or budget motherboards that lack front-panel Type-C headers. Not for users who need USB 3.1 or 3.2 data rates, Power Delivery charging, or video output over USB-C. Buyers requiring those features should look at a board with native high-speed headers.
Highlights
- Add two USB-C ports to your case front from a single internal header
- USB 2.0 data at 480Mbps and 5V/500mA power per port
- Compatible with both 9-pin and 10-pin motherboard USB headers
- No Power Delivery, video or audio — pure USB 2.0 connectivity
- Built with quality components on a compact PCBA
Specifications
| Brand | LORDWORLD |
|---|
Questions about this item
What is the maximum data rate the adapter can sustain when both USB-C ports are active?
The adapter is limited to USB 2.0 480Mbps total bandwidth shared across both ports.
Does the adapter generate noticeable heat or require extra power when running continuously?
It draws up to 5V/500mA from the motherboard header and uses passive components, so heat stays minimal during all-day use.
Which motherboard header must I have free to install this adapter?
You need an available 9-pin or 10-pin internal USB 2.0 header on the motherboard.
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