We take cryptocurrency — so the coins you hold can buy real hardware.Pay in crypto, spend it on real hardware. Free insured shipping worldwide over $399. Plain, unbranded boxes, sent from Germany.Free insured shipping over $399. Your rate is locked for 30 minutes once checkout opens.Rate locked 30 minutes. Every item sealed, serial-checked and covered by a 24-month warranty.Sealed, 24-month warranty.

Saved items Sign in
Black USB 2.0 motherboard splitter cable with 9-pin male to dual 9-pin female connectors and adhesive backing

Vszerda

Vszerda USB 2.0 9pin to 2×9pin Hub Cable

SKU CH-TKZS-XS137

Splits one motherboard 9-pin USB 2.0 header into two female 10-pin ports with a built-in hub chip supporting 480 Mbps and 500 mA per port, and includes adhesive backing for internal mounting

  • TypeUSB
  • Connector TypeUsb 2.0
  • ColorBlack 1 to 2 Adapter
  • Connector DetailUsb 2.0
  • Terminal GenderMale-to-Female
  • ConstructionCopper
  • Expands one motherboard header into two USB 2.0 ports
  • Built-in hub chipset delivers 480 Mbps transfer speed
  • Each port supplies 500 mA at 5 V for connected devices
  • Adhesive backing allows secure mounting on board or chassis
  • Male-to-female copper construction ensures reliable signal integrity

One Header to Two Ports

This Vszerda adapter splits a single motherboard 9-pin USB 2.0 header into two 9-pin connectors, letting builders attach additional front-panel or internal USB devices. An integrated USB 2.0 hub chipset manages the split and maintains 480 Mbps throughput per port. Each port delivers up to 500 mA at 5 V for connected peripherals. The black cable assembly uses copper conductors and includes adhesive backing for secure mounting on the board or chassis.

When a Single Header Limits Expansion

The cable solves the common shortage of front-panel USB headers on many desktop boards, turning one internal connector into two without occupying a PCIe slot. It is worth fitting when the case provides more USB ports than the motherboard headers can support, or when extra internal devices such as card readers or fan controllers need powered USB connections. Builders who already have enough free headers or who require USB 3.x speeds will not benefit from this 2.0-only splitter.

Simple Internal Installation

Route the male 10-pin plug into the motherboard header, align the key, and press firmly; the adhesive strip on the hub body then sticks to a flat surface on the board or case interior. The main risk is reversing the connector or bending pins, which prevents detection and can damage the header. Verify the keyed orientation before applying force, and avoid pulling on the cables once the adhesive has set.

Highlights

  • Expands one motherboard header into two USB 2.0 ports
  • Built-in hub chipset delivers 480 Mbps transfer speed
  • Each port supplies 500 mA at 5 V for connected devices
  • Adhesive backing allows secure mounting on board or chassis
  • Male-to-female copper construction ensures reliable signal integrity

Specifications

BrandVszerda
TypeUSB
Connector TypeUsb 2.0
ColorBlack 1 to 2 Adapter
Connector DetailUsb 2.0
Terminal GenderMale-to-Female
ConstructionCopper
FeaturesHigh Speed

Questions about this item

Will the 9-pin motherboard header and two 10-pin female ports fit my ATX board layout?

The cable splits one 9-pin USB 2.0 header into two 10-pin female connectors, so both ports occupy adjacent header space on the board.

How do I install the splitter and which step do builders often miss?

Plug the male 9-pin end into the motherboard header, then attach the two female 10-pin ports; the adhesive back lets you stick the hub to the board or chassis so cables do not pull loose.

When will the onboard hub chipset or the 500 mA per-port limit require attention?

The integrated USB 2.0 hub chipset handles 480 Mbps traffic; if a connected device draws more than 500 mA the port will current-limit, so only low-power peripherals should be used long-term.

Also in this aisle

People compared these

Same shelf, same checkout — eight coins and a 30-minute rate lock.