Cavo USB-C a USB-A Manhattan 354981 3 m connettore maschio a maschio

The Manhattan SuperSpeed USB Type-C to USB-A cable (model 354981) is a 3 m black data cable designed to connect USB-C devices to USB-A ports. It supports USB 3.2 Gen 1 (up to 5 Gbps) data transfer rates and carries up to 3 A for fast charging. The cable features nickel-plated contacts, magnetic shielding and fully moulded boots with strain relief to ensure stable connections and reduced electromagnetic interference.

Advantages

This USB-C to USB-A cable provides high-speed data transfers up to 5 Gbps on Windows and Mac systems while supporting up to 3 A charging current. Nickel-plated contacts and shielding improve conductivity and reduce signal loss, and the fully moulded boots with strain relief increase durability and reliability during everyday use.

Suitable for

• Connecting USB-C smartphones, tablets or laptops to USB-A hosts or chargers
• File transfers and backups between USB-C devices and USB-A computers
• Charging USB-C devices from USB-A power adapters or power banks (up to 3 A)
• Peripherals with USB-A plugs such as external drives or hubs

Key specifications

• Brand: MANHATTAN
• Model: 354981
• Connectors: USB-C (male) to USB-A (male)
• USB version: USB 3.2 Gen 1 (3.1 Gen 1), up to 5 Gbps
• Cable length: 3 m
• Maximum current: 3 A
• Colour: Black
• Contacts: Nickel-plated
• EAN: 0766623354981

How to use

Connect the USB-C male end to your USB-C device and the USB-A male end to a computer, charger or other USB-A host. Ensure both devices support the desired data transfer or charging mode; plug-and-play operation is supported on Windows and Mac systems. Avoid bending the cable sharply at the connector ends and route the cable to prevent strain on the moulded boots.

Recommendations

For best performance, use the cable with USB 3.2 Gen 1-compatible ports and avoid running it parallel to large power cables to minimize electromagnetic interference. Inspect connectors periodically for debris and replace the cable if physical damage or reduced performance is observed.