FONENG X55 60W Type‑C to Type‑C Cable – Technical Specifications

General Information

• Brand: FONENG

• Model: X55

• Type: USB‑C to USB‑C Cable (2 meters)

• Output Power: 60W maximum

• Primary Use: Fast charging and data transfer for USB‑C devices

Charging & Power

• Fast Charging Protocol: USB Power Delivery (PD)

• Maximum Power: 60W (20V/3A) – supports fast charging for compatible laptops

• Smart Chip: Built‑in E‑Marker chip for safe, intelligent power management and device recognition

Data Transfer

• Data Speed: Not specified (standard USB 2.0 or higher; for exact speed, check product details)

• Function: Supports simultaneous charging and data transmission

Physical Specifications

• Cable Length: 2 meters (6.56 feet)

• Cable Diameter: OD 3.8mm (thickened design)

• Cable Core: High‑quality copper core for efficient power delivery and durability

• Connectors: USB‑C male on both ends

• Additional Feature: Includes a magic storage band (Velcro cable tie) for easy organization

Compatibility

• Laptops: Compatible with new MacBook and Huawei MateBook series (and other USB‑C PD laptops)

• Mobile Devices: Smartphones and tablets with USB‑C ports (e.g., Samsung, Google Pixel, iPad Pro, etc.)

• Function: Can be used for direct charging (no adapter needed for USB‑C power delivery)

Safety Features

• Over‑current Protection: Yes (via smart chip)

• Over‑voltage Protection: Yes (via smart chip)

• High‑Temperature Resistance: Thickened insulation for safety

• Certifications: Not specified (likely complies with standard USB‑C specifications)

What’s in the Box

• 1 × FONENG X55 60W Type‑C to Type‑C Cable (2 meters)

• 1 × Magic storage band (Velcro cable tie)

Important Notes

• This cable is designed for USB Power Delivery (PD). To achieve 60W fast charging, both the power adapter and the connected device must support PD at that wattage.

• The cable is ideal for charging laptops, tablets, and smartphones that use USB‑C.

• The thickened design (OD 3.8mm) enhances durability and reduces resistance for stable high‑power delivery