Manw
Manw 2 Port USB 2.0 Type A Female to 9 Pin Header Cable with Bracket
Adds two USB 2.0 Type-A ports to a 9-pin motherboard header via a bracketed cable
- Adds two external USB ports via a single internal header
- 9-pin motherboard connection fits standard USB 2.0 headers
- Bracket mounting secures the panel to a case slot
- Female Type A ports accept standard USB plugs
- Enables internal device hookups without rear I/O crowding
USB 2.0 header adapter bracket
This Manw bracket adds two USB 2.0 Type A ports to a spare 9-pin motherboard header. It is intended for builders who want front-panel or internal USB connectivity without using rear I/O slots. The cable bridges the header to a metal bracket that fits a standard expansion-slot opening.
Bracket and dual-port layout
The included bracket secures both Type A ports to the chassis, preventing cable strain on the header. Two ports are available simultaneously, so a keyboard and a flash drive, for example, can stay plugged in together. No additional drivers are required beyond the motherboard's native USB 2.0 support.
Passive wiring and slot mounting
The assembly uses a direct pin-to-pin cable with no active circuitry, so signal quality depends on the motherboard's header implementation. Mounting the bracket in a rear slot keeps internal routing tidy and the ports accessible. Builders needing more than two ports or USB 3.x speeds will need a different solution.
Highlights
- Adds two external USB ports via a single internal header
- 9-pin motherboard connection fits standard USB 2.0 headers
- Bracket mounting secures the panel to a case slot
- Female Type A ports accept standard USB plugs
- Enables internal device hookups without rear I/O crowding
Specifications
| Brand | Manw |
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Questions about this item
Will the 9-pin header connector or the two USB 2.0 Type A ports need replacement after repeated insertion cycles?
The cable uses standard USB 2.0 connectors rated for typical mating cycles; no scheduled replacement is required unless physical damage occurs.
What limits performance first when both ports run at full USB 2.0 bandwidth simultaneously?
The shared 9-pin motherboard header provides a single USB 2.0 channel, so total throughput is capped at the 2.0 specification when both ports are active.
Does the bracket or cable generate noticeable heat or draw extra power during all-day operation?
Passive copper wiring and a metal bracket add no active components, so heat and power draw remain negligible under continuous use.
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