Baseus Pudding Series USB-C to USB-C 100W Cable 1.2 m – Black

Baseus Pudding Series USB-C to USB-C 100W Cable 1.2 m – Black

Baseus Pudding Series is a flexible and exceptionally soft USB-C to USB-C cable designed for fast, stable, and safe charging of even the most demanding devices. It supports up to 100W of power, making it ideal for laptops, tablets, and smartphones. A reinforced core with six copper wires, an intelligent E-Marker chip, and resistance to over 20,000 bends ensure outstanding durability. This is a reliable everyday cable that delivers comfort and full compatibility with fast-charging technologies.

Specifications:

• Brand: Baseus

• Model: Baseus Pudding Series USB-C to USB-C 100W

• Maximum power: 100W (PD)

• Max current: 5A

• Data transfer: 480 Mbps

• Length: 1.2 m

• Chip: E-Marker (intelligent voltage and current adjustment)

• Material: Soft TPE, PC

• Color: Black

Key features of the Baseus Pudding Series cable:

• 100W charging power: Supports fast charging for laptops, tablets, and smartphones.

• Intelligent E-Marker chip: Ensures safety and stable power delivery regardless of the device.

• Exceptionally soft TPE material: Pleasant to the touch and resistant to tangling.

• 20,000+ bend tests: Guarantees exceptional durability for everyday use.

• Six-core copper wire: Minimizes power loss and ensures stable current flow.

Full support for 100W fast charging

The cable supports 100W Power Delivery, allowing rapid charging of ultrabooks, tablets, and smartphones while minimizing charging time.

Built-in E-Marker chip

The intelligent chip automatically adjusts charging parameters, protecting devices from overload, overheating, and voltage drops.

Soft, flexible design

The special TPE material provides outstanding flexibility, resistance to twisting, and high everyday comfort.

Resistance to over 20,000 bends

The reinforced construction extends the cable’s lifespan, eliminating issues with cracked connectors or mechanical damage.

Six thick copper cores

Enhanced conductivity reduces energy loss and ensures stable power delivery even at maximum output.