This replacement USB charging port flex cable is designed specifically for the Samsung Galaxy Tab A8 10.5 (models SM-X200 and X205). It serves as a direct replacement for the original Type-C charging dock board, allowing users to restore full charging functionality when the built-in port becomes damaged, loose, or unresponsive. The cable integrates a flexible circuit board with a precisely positioned USB Type-C connector, ensuring a snug fit within the tablet’s chassis. By providing a new charging point, this component helps extend the device’s usable life without the need for a full tablet replacement.

Constructed from durable polyimide and copper traces, the flex cable offers reliable electrical conductivity and resistance to repeated bending during assembly. The Type-C connector features reinforced soldering points and a robust shielding layer to withstand daily plugging cycles. Each cable undergoes factory-level testing for continuity and proper voltage transfer, minimizing the risk of installation errors. The included repair toolkits contain precision screwdrivers, plastic spudgers, and suction cups, enabling a secure replacement process for users with basic technical skills. When installed correctly, this charging port flex cable restores standard USB Type-C charging speeds and data sync capabilities. It maintains stable power delivery for overnight charging and supports quick charging protocols compatible with the Tab A8 hardware. The flexible substrate reduces stress on adjacent components, lowering the likelihood of future disconnections. Users can expect a smooth, lint-free outer surface that resists dust accumulation around the connector opening. Priced affordably at $12.91, this replacement kit offers substantial savings compared to professional repair services. The combination of a high-quality cable and essential tools makes it a practical investment for maintaining the tablet’s daily functionality. Its compatibility with SM-X200 and SM-X205 variants ensures a straightforward swap without modifications. The component’s lightweight design does not add noticeable bulk to the device, preserving its original portability.