Vszerda
Vszerda U2-029-AF002-HX 2pcs 9Pin 10Pin Motherboard to Dual USB 2.0 Female Adapter Horizontal
Two adapters convert a 9-pin motherboard header into dual USB 2.0 ports at 480 Mbps
- ColorBlack
- Specifications11 grams
- Converts internal 9-pin header to dual USB 2.0 ports
- Two adapters with different connector orientations included
- Supports 480 Mbps high-speed data transfer
- Plug-and-play installation requires no drivers
- Lightweight 11-gram design fits tight spaces
Two adapters for internal USB headers
This pack contains two adapters that convert a motherboard 9-pin header into a pair of horizontal USB 2.0 Type-A ports. One adapter uses a Type-A keying and the other a Type-B keying so both common header layouts are covered. They are intended for builders who need front-panel or internal USB ports in tight spaces.
Horizontal layout and dual-port output
Each adapter presents two female USB 2.0 sockets side-by-side in a horizontal orientation, letting cables run parallel to the board instead of sticking up. The horizontal design helps clearance around large coolers or crowded front-panel cutouts. The adapters support the standard 480 Mbps transfer rate and carry both power and data.
Check header keying and pin count
Verify that your motherboard provides a standard 9-pin USB header and note whether its keying matches Type-A or Type-B before installing. The package includes one of each keying, but only the correct one will seat properly. No drivers are required; the adapters are fully plug-and-play once connected.
Highlights
- Converts internal 9-pin header to dual USB 2.0 ports
- Two adapters with different connector orientations included
- Supports 480 Mbps high-speed data transfer
- Plug-and-play installation requires no drivers
- Lightweight 11-gram design fits tight spaces
Specifications
| Brand | Vszerda |
|---|---|
| Model | U2-029-AF002-HX |
| Part Number | U2-075-2P-HX |
| Color | Black |
| Specifications | 11 grams |
Questions about this item
Will the 9-pin header pins on these adapters bend or wear out after repeated USB 2.0 device swaps?
The adapters are fully plug-and-play with no moving contacts; the 9-pin header and dual USB 2.0 female ports are solid connectors rated for standard insertion cycles, so no scheduled replacement is needed.
What limits sustained throughput when I run large file transfers through the dual USB 2.0 ports all day?
The hard ceiling is the USB 2.0 specification at 480 Mbps shared across both ports, so sustained transfers cannot exceed that bandwidth regardless of cable length or drive speed.
Do the adapters get warm or draw extra power when both USB 2.0 ports are used continuously?
Each adapter weighs 11 grams with no active components, so it adds negligible heat and only passes the 5 V supply from the motherboard header to the connected peripherals.
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