Key benefits Throughhole reinforced contacts and oxidationresistant terminals provide longterm reliability across repeated connection cycles. Ideal for rapid prototyping of USBC charging systems, debugging device peripherals, or enabling data transfer testing between laptops and phones. Essential for electronics engineers, makers, and device developers who need reliable TypeC interface validation during circuit debugging. Built with 2x13pin goldplated headers and industrialgrade construction to ensure stable data transmission while complying with universal prototyping standards for breadboard integration. What this product is and how it helps Functionality: A USBC prototyping interface featuring throughhole reinforced contacts and oxidationresistant terminals for durable, repeatable connections. Compatibility: Designed to integrate with standard breadboards and prototyping setups, using a 2x13pin header configuration for broad hardware compatibility. Size and format: 2x13pin goldplated header arrangement, suitable for projects that require TypeC interface testing in a breadboardfriendly form factor. Materials and durability: Goldplated headers and rugged throughhole construction provide stable signal transmission and resistance to corrosion for long service life. Performance: Industrialgrade construction ensures reliable data transmission during prototyping and debugging tasks, conforming to universal breadboard prototyping standards. Specifications and attributes to note Connector: 2x13pin goldplated headers Construction: Throughhole reinforced contacts Terminals: Oxidationresistant Interface: USBC typeC prototyping interface for testing, debugging, and data transfer scenarios Standards: Aligns with universal prototyping practices for breadboard integration Use scenarios Prototyping USBC charging systems: Build and test charging circuits on a breadboard to validate behavior before committing to PCB designs. Debugging device peripherals: Connect and troubleshoot USBC peripherals such as adapters, hubs, or development boards during iterative development. Data transfer validation for laptops/phones: Simulate and verify USBC data transmission paths in a controlled prototyping environment. Notes Designed to support electronics engineers, makers, and developers who require reliable TypeC interface validation during circuit debugging. Maintains a professional, clear, and trustworthy tone without exaggeration, focusing on practical benefits and measurable attributes.