SPECIFICATIONS

USB 3.1 Type-C 16-Pin Test Breakout Board – 2.54mm Pitch, Full Pinout Access for Diagnosis, Data Cable Testing & Prototyping. Essential for Arduino, Raspberry Pi, ESP32 Projects!

Key Features & Benefits

🔌 Full Pinout Access: All 16 pins of the USB 3.1 Type-C connector are broken out to 2.54mm headers – perfect for signal diagnosis and prototyping.

⚡ USB 3.1 Compatible: Supports high‑speed data transfer – ideal for testing USB‑C cables and developing USB devices.

📏 Standard 2.54mm Pitch: Compatible with breadboards and jumper wires – plug‑and‑play, no soldering required.

🛡️ High‑Quality PCB: 1.6mm FR‑4 material, gold‑plated pads – durable and corrosion‑resistant.

🔧 Easy to Use: Solder headers directly or use with breadboards – minimal setup required.

🌐 Wide Compatibility: Works with Arduino, Raspberry Pi, ESP32, and other development boards for USB debugging and prototyping.

Product Description

This USB 3.1 Type-C 16‑pin test breakout board brings all pins of the Type‑C connector to 2.54mm headers, making it easy to diagnose signals, test USB‑C cables, and prototype USB devices. Whether you're debugging PD fast charging protocols, developing USB peripherals, or adding a Type‑C port to your Arduino project, this board gives you direct access to every pin.

⚡ Quick Start Guide & Important Tips

🔹 What You Get & What You Need
✅ This board does: Breaks out all 16 pins of USB Type‑C for testing, diagnosis, and prototyping
❌ This board is NOT: A signal amplifier, nor a USB‑to‑serial converter
🔧 You will need: Jumper wires, multimeter/oscilloscope (for diagnosis), USB‑C cable
New to this? Check our Tester Kit – includes jumper wires + USB‑C cable

🔹 Use Cases

Cable Testing: Connect both ends of a USB‑C cable to two boards and measure continuity with a multimeter.

PD Fast Charging Debug: Access CC1/CC2 pins to test PD trigger modules or analyze charging protocols.

USB Device Prototyping: Directly connect to microcontrollers for rapid USB development.

🔹 Common Questions

❓ Does this support USB 3.1 full functionality?
This board is a passive breakout – it doesn't process signals. USB 3.1 functionality depends on the connected devices and cables.
❓ Can I solder headers?
Yes. The board has 2.54mm pads that accept straight or right‑angle headers – customize as needed.
❓ How do I verify pin mapping?
The board usually has pin numbers printed on the back. Use a multimeter in continuity mode to confirm before connecting.
❓ Can I test USB‑C charging cables?
Yes. Measure VBUS, CC1/CC2, and GND to verify cable wiring and compliance.

Specifications