This replacement USB Type-C charging port flex cable is designed specifically for the Samsung Galaxy Tab A9+ 11.0 models including X215, X218U, and SM-X216B. The component comprises the complete charging dock board with a flexible cable connector, constructed using durable materials to ensure reliable electrical contact and long-term use. The board features precision soldering and a sturdy PCB base that resists bending during installation, while the connector pins are plated for corrosion resistance. The flex cable is insulated with a flexible polymer coating that withstands repeated flexing without cracking.

This part is intended to restore charging functionality when the original port becomes loose, damaged, or fails to recognize the charger. It supports USB Type-C standards for power delivery and data transfer, maintaining the same performance specifications as the factory component. The replacement is crafted to match the exact dimensions and mounting points of the original assembly, allowing for a seamless fit without modification.

The board includes overcurrent protection circuitry to safeguard the tablet during charging. Users can expect stable power transmission and consistent connection after installation. This component is suitable for individuals performing tablet repairs at home or in professional service settings.

The affordable price point makes it an economical choice for extending the device’s lifespan without investing in a full replacement device. The product is compatible with both standard and fast chargers, though actual charging speed depends on the adapter used. The flex cable is tested for continuity and insulation resistance before packaging, ensuring each unit meets basic quality standards.

Care should be taken during installation to avoid bending the cable at sharp angles or applying excessive force to the connector. The part is available in OEM-like packaging without branding, focusing on functional reliability rather than aesthetics. This replacement is a practical solution for a common failure point in tablets, offering a cost-effective way to restore normal operation.