LORDWORLD
LORDWORLD USB 2.0 9/10Pin Male to 2 Female Y Splitter 0.5m
A 0.5 m internal cable splits one 9/10-pin motherboard header into two USB 2.0 ports for peripherals at 480 Mbps
- Convert one 9/10-pin header into two USB 2.0 ports
- 5 m cable keeps internal routing tidy
- 480 Mbps transfer speed for data and power
- Plug-and-play design needs no drivers or setup
- Compact build fits tight case spaces easily
USB 2.0 header splitter for desktop builders
This adapter converts a single 9/10-pin motherboard header into two external USB 2.0 ports. It suits system integrators and hobbyists adding front-panel or bracket-mounted connectivity without occupying rear I/O slots. The 0.5 m cable keeps routing tidy inside compact chassis.
Two Type-A ports from one internal header
The Y-splitter terminates in two standard female sockets that accept flash drives, wireless dongles, Bluetooth adapters or charging cables. Each port delivers both power and data up to the USB 2.0 signalling rate. No drivers or configuration are required on any supported operating system.
480 Mbps signalling rate defines bandwidth ceiling
The link operates at the USB 2.0 high-speed limit of 480 Mbps, so bulk endpoints such as external hard drives will saturate well below their native throughput. Builders needing SuperSpeed or SuperSpeed+ bandwidth should select a USB 3.x header adapter instead.
Highlights
- Convert one 9/10-pin header into two USB 2.0 ports
- 5 m cable keeps internal routing tidy
- 480 Mbps transfer speed for data and power
- Plug-and-play design needs no drivers or setup
- Compact build fits tight case spaces easily
Specifications
| Brand | LORDWORLD |
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Questions about this item
Does the 9/10-pin motherboard header or the 0.5 m cable need periodic replacement?
The splitter is a passive cable with no moving parts or consumable components, so neither the header connector nor the 0.5 m cable requires scheduled replacement under normal use.
What limits total throughput when both female ports run at full 480 Mbps simultaneously?
The single 9/10-pin header supplies one USB 2.0 channel capped at 480 Mbps, so combined traffic from both ports cannot exceed that shared bandwidth limit.
Does the adapter generate noticeable heat or draw extra power during all-day operation?
As a passive wiring adapter it adds no active circuitry, so heat output and power draw are negligible and match the peripheral devices connected to the two female ports.
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