Treedix USB 3.1 Type C PlugtoSocket Test Board Designed for product development, troubleshooting, educational training, and projects, this test board helps you identify problems quickly and perform effective repairs or adjustments. Data and power transfer with the Treedix USB 3.1 Type C PlugtoSocket Test Board enables bidirectional compatibility, making it suitable for modern electronic devices and USBC workflows. Built from PCBA materials with metal connectors, this test board is durable and provides conductivity. It is designed for easy portability and reliable operation in a variety of environments. Clear interface markings and support for multiple common interfaces beyond Type C improve usability and versatility, making this tool a practical addition to any toolkit. Key benefits and attributes Function: facilitates rapid debugging, problem identification, and iterative testing during development and repairs. Compatibility: supports USBC data and power paths with bidirectional operation; also accommodates interfaces beyond Type C. Size and portability: engineered for easy transport and use in different locations. Material and durability: PCBA materials with metal connectors deliver solid durability and stable conductivity. Performance: reliable signal and power transfer suitable for modern devices and educational labs. 23 practical use scenarios Scenario 1: In a product development lab, engineers use the board to test USBC device prototypes, verify data and power paths, and quickly pinpoint where issues occur during integration. Scenario 2: In educational training or labs, students learn USBC data and power transfer concepts, perform handson troubleshooting, and validate different interface connections using a single versatile test platform. Scenario 3: In field service or work, technicians diagnose and USBC powered devices, confirm bidirectional data flow, and confirm compatibility with common interfaces beyond Type C in realworld environments. This test board is an essential addition to any toolkit, providing reliable functionality, broad compatibility, and portable convenience for development, testing, and education.