SYNK Neo Series USB-C to USB-C 60W Fast Charging & Data Sync Cable – 1M

Reliable high-speed charging performance is delivered through the SYNK Neo Series C-to-C data cable, which is engineered to support up to 60W power output for efficient fast charging of compatible devices. Stable power delivery is maintained through an integrated smart chip, allowing safe and optimized charging across smartphones, tablets, and USB-C laptops.

Durability and long-term use are ensured by a reinforced nylon braided exterior combined with aluminum alloy connectors, which are designed to resist bending, wear, and daily strain. Smooth and consistent data transmission is also supported, allowing both charging and file synchronization to be handled through a single high-performance USB-C connection with USB 2.0 transfer speeds.

Key Features:
Fast charging performance is enabled with up to 60W power delivery, allowing devices to be charged efficiently and safely.
Stable performance is maintained through a built-in smart chip that regulates power flow and protects connected devices.
Durability is reinforced using a nylon braided outer layer that resists tangling and enhances cable lifespan.
Stronger connector construction is achieved with aluminum alloy heads for improved resistance against physical stress.
Dual functionality is supported through charging and data synchronization in a single cable solution.
Consistent data transfer is provided with USB 2.0 support up to 480Mbps for everyday file movement needs.

Specifications:
Power: 60W
Length: 1M (100cm)
Material: Aluminum + Braided Nylon
Wire OD: 4.0mm
Connector Type: USB-C to USB-C
Charging Support: Fast Charging
Data Transfer: USB 2.0 (Up to 480Mbps)
Build: Aluminum Alloy Connectors
Cable Type: Nylon Braided
Chip: Built-in Smart Chip
Function: Charging & Data Sync
Durability: High Durability

Conclusion:
A balanced combination of fast charging capability, durable construction, and reliable data transfer is provided through this cable, making it suitable for everyday use across multiple USB-C devices where efficiency and long-term performance are required.