This replacement component is designed specifically for the Samsung Galaxy Tab A9+ 11.0 series, including models X210, X215, X216B, X218U, SM-X210, SM-X215, and SM-X218U. It serves as the USB Type-C charging port board flex, integrating the charge dock connector and flex cable into a single assembly. The part replaces a damaged or malfunctioning original unit, restoring the tablet's ability to charge and transfer data through the USB-C interface. Compatibility is limited to the listed models, ensuring a precise fit without modification.

The board flex is constructed using durable materials that withstand repeated plugging cycles. The flexible printed circuit (FPC) design accommodates the internal layout of the tablet, allowing the connector to sit flush against the mainboard. Gold-plated contacts on the Type-C port reduce corrosion and maintain stable electrical conductivity over time. The surrounding solder joints are reinforced to prevent cracking from daily use or minor impacts.

Each unit undergoes functional testing before packaging to verify charging and data sync operations. Installation requires basic disassembly skills and appropriate tools. The flex cable connects directly to the tablet's motherboard via a ZIF connector, secured firmly once locked in place. Proper alignment of the port within the chassis ensures the charging cable mates smoothly.

The part operates within standard voltage and current ranges, delivering efficient power transfer. It supports USB 2.0 data speeds, sufficient for file transfers and syncing tasks. The connector design meets USB-IF specifications for Type-C receptacles. Priced affordably, this replacement offers a cost-effective solution to a common repair need without compromising on build quality.

Users with moderate technical experience can restore their tablet's charging capability for a fraction of the cost of a service center repair. The part does not include batteries or screens, focusing solely on the charging port function. Its compact size and lack of moving parts contribute to long-term reliability. This component represents a practical choice for extending the useful life of the device.