Hama 00201600 USB-kaapeli USB 2.0 0,2 m USB A USB C musta

High-quality Hama USB cable (model 00201600) with USB A to USB C connectors and a 0.2 m length. The cable supports USB 2.0 data transfer up to 480 Mbit/s and is designed for fast charging when used with a compatible quick charger. Nickel-plated contacts and aluminium connector housings provide durable, reliable connections. The braided nylon sheath and flexible, resilient materials improve kink protection and make the cable easy to wind without tangling.

Advantages

The braided nylon jacket increases durability and resists tangling while the flexible core reduces the risk of cable breakage. Aluminium connector housings with special strain relief protect the connector ends from bending. The cable supports high-speed data transfer up to 480 Mbit/s and provides fast charging capability when paired with a suitable quick charger. Nickel-plated contacts ensure reliable long-term connectivity.

Suitable for

• Connecting devices with USB A to USB C ports
• Fast charging with a compatible quick charger
• Data transfer between computers, tablets and smartphones
• Portable use where a short 0.2 m cable is preferred (e.g., powerbanks, car adapters)

Key specifications

• Brand: HAMA
• Model: 00201600
• Connectors: USB A — USB C
• USB version: USB 2.0 (up to 480 Mbit/s)
• Cable length: 0.2 m
• Colour: Black
• Contacts: Nickel-plated

How to use

Insert the USB A connector into a USB A port on a computer, charger or adapter and the USB C connector into the device you want to charge or connect. For fast charging, use a compatible quick charger that supports USB-C charging. Avoid excessive bending at the connector joints and wind the braided cable gently to store it when not in use.

Recommendations

Store the cable coiled loosely to maintain the braided sheath and strain relief; avoid sharp bends and pulling on the cable body to extend service life. Use a matching quick charger to achieve maximum charging speed and ensure the connected devices support USB 2.0 for optimal data transfer.