Delock USB 2.0 -pinniliitin 2 x Type-A-pistorasia -adapterikaapeli 40 cm 83823

Most internal USB expansion cables simply split a single header into two ports, but the Delock 83823 goes a step further by combining a low-profile 9-pin female header with dual Type-A receptacles in a compact 40 cm run. This allows you to route motherboard USB 2.0 connectivity to a rear bracket or front panel without sacrificing signal integrity, thanks to its double-shielded copper conductors and robust construction.

Highlights

• Converts one internal 9-pin USB 2.0 header into two external USB 2.0 Type-A ports
• Supports full USB 2.0 speeds up to 480 Mbps for reliable data transfer
• Double shielding (foil and braid) minimizes interference and ensures stable connections
• Plug-and-play with OS-independent operation—no drivers needed
• Compact 40 cm length fits neatly inside most PC cases

In daily use

Whether you're adding front-panel USB ports to an older system or replacing a damaged internal cable, this adapter simplifies the job. The female pin header plugs directly onto a free motherboard header, while the two Type-A female ports can be mounted in a PCI slot bracket or front panel bay (bracket not included). Each port delivers up to 500 mA at 5 V, enough for flash drives, card readers, and other low-power peripherals. The black cable blends unobtrusively with other internal wiring.

Full specifications

• Connector 1: 1 x 9-pin USB 2.0 pin header female (internal)
• Connector 2: 2 x USB 2.0 Type-A female (external)
• USB standard: USB 2.0 (Hi-Speed)
• Data transfer rate: up to 480 Mbps
• Cable length: 40 cm
• Cable colour: black
• Conductor material: copper
• Shielding: double shielded (foil and braid)
• Voltage: 5 V
• Current: up to 500 mA per port
• Compatibility: motherboards with a free 9-pin USB 2.0 header
• Plug & Play: yes
• Operating system support: OS independent

Final note

For a reliable and tidy way to add internal USB 2.0 ports, the Delock 83823 offers a straightforward solution with quality shielding and solid performance.