PCIe Riser Cable for GPU Graphics PCIe X16 High Speed Flexible Extension 180 Degree EMI Dual Reverse Connector Riser Cable for Desktop PC 3.0 Card,

【Voltage Compatibility】 When using electrical appliances, please note that they are designed for Japanese voltage specifications (90-110V), so if you use them with a different voltage, it may cause a malfunction.

【Plug Type】 Our products use Japanese plug types (A or B type). Please use a conversion adapter if necessary.

【Important Note on Transformers and Adapters】 A transformer adjusts voltage to match your device’s requirements. A conversion adapter only changes the plug shape and does not adjust voltage. Using only a conversion adapter without a transformer may result in damage to the product.

【Liability】 We are not responsible for malfunctions or damages caused by improper use, such as operating the product without a transformer. Plug and Play: PCIE 3.0 X16 graphics card extension cable, compatible with all graphics devices, easy to install, just plug and play. Backwards compatible with PCIE 2.0 and PCIE 1.0. Flexible Design: The PCIE 3.0 Signal Interference Elimination: 180 degree EMI (electromagnetic interference) shielded slot allows you to easily install vertically mounted GPUs to eliminate signal interference and ensure optimal performance. PCB Design: High frequency, low resistance PCB design reduces interference, ensures optimal performance, enhances protection against signal loss, enhances durability when connecting motherboard and adapter cables, maximizes and optimizes internal space. Note: This product does not support PCIE4.0 operating mode. If you need to use it with a 4.0 device, please connect the graphics card directly to the motherboard's BIOS settings and change the pcie to gen3.0 mode before connecting the extension cable. Use. Specifications: Item Type: Graphics Card Extension Cable Material: ABS, PCB Interface: PCIE 3.0 X16 Usage: Plug and play Package list: Graphic card extension cable x 1 Note: All data are measured manually, and there will be a certain error in the measurement results.