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Fervit USB 2.0 9-pin 10-pin header to Type-C cable 50cm

Fervit

Fervit USB 2.0 9pin 10pin Header to Type-C Cable 50cm

SKU CH-FASG-1Z6KT

Converts a motherboard 9-pin or 10-pin USB 2.0 header to a Type-C port at 480 Mbps over 50 cm

  • 480 Mbps data transfer via USB 2.0 standard
  • Converts internal 9pin or 10pin header to Type-C port
  • 50 cm length suits tight-fit chassis builds
  • Plug-and-play design needs no drivers or setup
  • Connects mini monitors, sensor panels and cameras

Internal USB 2.0 header to Type-C adapter

This 50 cm cable converts a motherboard 9-pin or 10-pin USB 2.0 header into a single external USB-C port. It is intended for builders who need a front-panel or internal Type-C connection for devices such as mini monitors, sensor panels or cameras.

Plug-and-play convenience

The cable requires no drivers and delivers the standard USB 2.0 data rate of 480 Mbps. Its short length and flexible design help it fit inside cramped chassis spaces where a full-length cable would be difficult to route.

Header layout check

Verify that your motherboard provides an unoccupied 9-pin or 10-pin USB 2.0 header with the standard pinout. Builders whose boards only offer USB 3.0 or USB 3.1 internal headers cannot use this adapter.

Highlights

  • 480 Mbps data transfer via USB 2.0 standard
  • Converts internal 9pin or 10pin header to Type-C port
  • 50 cm length suits tight-fit chassis builds
  • Plug-and-play design needs no drivers or setup
  • Connects mini monitors, sensor panels and cameras

Specifications

BrandFervit

Questions about this item

Will the 9-pin or 10-pin header connector wear out and need replacing?

The internal header is a standard USB 2.0 design rated for many insertion cycles; under normal use it does not require scheduled replacement.

What limits performance first during continuous data transfer?

The USB 2.0 interface caps sustained throughput at 480 Mbps, so the bus bandwidth is the first bottleneck.

Does the 50 cm cable generate noticeable heat or draw extra power when used all day?

The cable is passive with no active electronics, so it adds no measurable heat and draws only the power required by the connected Type-C device.

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