Vszerda
Vszerda USB 3.1 Type-C Female to USB 3.0 19-pin Header Cable 40cm
Converts a motherboard 19-pin USB 3.0 header to an external USB-C socket at 5 Gbps over 40 cm
- TypeUSB
- Connector TypeUSB Type C
- Connector DetailUSB Type C
- Terminal GenderFemale-to-Female
- Speed5 gigabits_per_second
- ConstructionCopper
- Converts internal 19-pin header to external USB-C socket
- 40 cm cable fits compact builds neatly
- Female-to-female design enables direct Type-C device connection
- USB 3.0 interface delivers up to 5 Gbps throughput
- Copper construction maintains reliable signal integrity
Internal USB 3.0 to USB-C adapter
This 40 cm cable converts a 19-pin internal USB 3.0 header into a single external USB Type-C female port. It suits builders adding a front-panel USB-C connection to a chassis that lacks one.
Upgrade from missing front USB-C
The adapter bridges the gap when a motherboard provides the internal header but the case omits the matching port. The jump is worth it when you need 5 Gbps throughput for external drives or docking stations without occupying rear I/O.
Check header availability and cable reach
Verify that a 19-pin USB 3.0 header is free on the motherboard and that 40 cm reaches the intended mounting point. The cable carries female-to-female gender so confirm the external bracket or cut-out accepts a Type-C socket.
Highlights
- Converts internal 19-pin header to external USB-C socket
- 40 cm cable fits compact builds neatly
- Female-to-female design enables direct Type-C device connection
- USB 3.0 interface delivers up to 5 Gbps throughput
- Copper construction maintains reliable signal integrity
Specifications
| Brand | xiwai |
|---|---|
| Type | USB |
| Connector Type | USB Type C |
| Connector Detail | USB Type C |
| Terminal Gender | Female-to-Female |
| Speed | 5 gigabits_per_second |
| Construction | Copper |
| Features | High Speed |
Questions about this item
What clearance is needed around the USB 3.0 19-pin header on the motherboard for this 40 cm cable?
The cable is 40 cm long and plugs straight into the 19-pin header; allow enough space for the connector body and the Type-C socket to sit without bending the cable sharply.
Which way round does the 19-pin plug go onto the motherboard header, and what is the common mistake?
Align the missing-pin key on the 19-pin plug with the blocked hole on the motherboard header; the common mistake is forcing it in reversed, which bends pins.
Will the Type-C female port or the 19-pin header wear out first with repeated plugging?
The external Type-C female port is rated for far more insertion cycles than the internal 19-pin header, so the front-panel socket will be the part that eventually needs replacement.
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