Anker 333 USB-C to USB-C Cable (3.3ft, 100W, Braided)
Anker 333 USB-C to USB-C Cable 3.3ft, 100W, Braided is built to deliver ultra-fast charging and reliable performance for laptops, tablets, and smartphones. With support for up to 100W of power delivery, this cable ensures efficient charging even for power-hungry devices. The premium braided exterior provides extra durability, while the compact 3.3ft length offers convenience for everyday use at home, work, or on the go.
Product Features
100W Power Delivery
Supports up to 100W charging, ideal for powering laptops, tablets, smartphones, and other USB-C devices.
Durable Braided Design
Constructed with a tough braided nylon exterior to resist wear, tear, and tangling.
High-Speed Data Transfer
Ensures fast and reliable data syncing between USB-C enabled devices.
Compact 3.3ft Length
Offers the perfect balance of reach and portability for everyday charging setups.
Reinforced Build Quality
Designed with strong connectors and premium materials for long-lasting performance.
Product Specifications
Construction & Build Quality
- Premium Nylon Braided Jacket: Durable two-tone nylon exterior, offering flexibility and resistance to wear and tangling.
- High Bend Endurance: Rated for 12,000+ bends, ensuring long-term reliability under daily stress.
- Reinforced Strain Relief: Designed to prevent fraying and breakage at connector joints.
Charging & Data Performance
- 100 W Power Delivery: Supports USB-C PD up to 100 W (20 V/5 A) when used with a proper charger, capable of powering laptops, tablets, phones.
- Integrated e‑Marker Chip: Negotiates safe, high-current charging and ensures device protection.
- Data Transfer: USB 2.0 speeds up to 480 Mbps, suitable for syncing files but not video.
Compatibility
- Works with a wide range of USB-C devices—MacBook Pro/Air, iPad Pro, Galaxy tablets/phones, Pixel, Nintendo Switch—though it does not support alternate video modes.
Physical Details
- Length: 3 ft (0.9 m)
- Color: Stylish Black nylon
- Connectors: USB-C male on both ends with e‑Marker integration




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