What the PCI-E 1x to 16x Riser Card Does

The PCI-E 1x to 16x Riser Card - 4 Pin Molex Power - VER006 is a desktop computer PCI-E extender board that lets you connect a graphics card through a riser setup. The design focuses on safer power delivery, more efficient installation, and more practical graphics card positioning inside a desktop system.

The USB 3.0 PCI-E riser card separates graphics card power from the motherboard, helping reduce motherboard load while providing an independent power path for the connected GPU.

Key Features of the VER006 PCI-E Riser

• PCI-E 1x to 16x extension: Converts a PCI-E 1x connection to a PCI-E 16x slot for graphics card installation through a riser arrangement.
• Independent graphics card power supply: The riser design helps reduce the burden on the motherboard by making graphics card power supply independent from the motherboard.
• 3 solid capacitors: The PCI-E riser card is built with 3 solid capacitors to help keep power supply stable and secure.
• USB 3.0 connection cable included: The adapter comes with a USB 3.0 cable for connecting the riser board and PCI-E 1X adapter.
• Convenient installation and removal: The PCI-E 1x to 16x adapter is designed to be easy to install and remove.
• Sliding retention clip: The riser board slot uses a sliding clip design so the graphics card will not easily fall out.
• Power cable included: The package includes the required power cable for the riser setup.

Where This PCI-E Extender Is Useful

This PCI-E extender board is suited to desktop computer builds where a graphics card needs to be connected away from the motherboard slot position. The independent power arrangement can be useful in setups where reducing strain on the motherboard is important.

The included riser board, PCI-E 1X adapter, USB 3.0 cable, and power cable provide the core parts needed for a standard desktop riser installation.

Package Contents

• 1x PCI-E Riser Board
• 1x PCI-E 1X Adapter
• 1x USB 3.0 Cable
• 1x Power Cable

Notes

There might be a bit color distortions due to different computer resolutions.

There might be a slight errors due to different hand measurement.