Extended Reach and High Speed Connectivity for Professional USB C Devices

A durable 1.5m USB 3.2 Type A to C cable designed for smooth 10Gbps performance

The Lindy 1.5m USB 3.2 Type A to C Cable 10Gbps 5A PD Anthra Line provides the ideal blend of flexibility, speed and long term reliability for commercial AV, IT and modern workplace environments. With premium triple shielding and corrosion resistant conductors, this cable ensures stable high bandwidth connectivity when linking USB C peripherals to traditional USB A ports. Supporting SuperSpeed 10Gbps data transfer, it enables fast file handling, device syncing and streamlined productivity across a wide range of professional applications.

Key Features

• Reversible USB C connector offers effortless, orientation free plug in with automatic negotiation between host and device.
• SuperSpeed USB bandwidth up to 10Gbps delivers rapid data transfer for demanding workflows and high capacity storage devices.
• Triple shielded tinned copper conductors reduce interference, maintaining strong and consistent signal integrity.
• Premium gold plated contacts and robust PVC housing provide long term durability and protection against corrosion.
• 1.5m length offers increased reach for flexible workstation layouts, AV setups and device positioning.

Specifications

• Length: 1.5m
• Connectors: USB 3.2 Type A Male to USB 3.2 Type C Male
• Bandwidth: Up to 10Gbps
• Max Power: 15W 5V 3A
• Cable Diameter: 4.5mm PVC jacket
• Conductor: 22AWG power, 30AWG data tinned copper
• Shielding: 70 percent tinned copper braid
• Operating Temperature: 0°C to 40°C
• Warranty: 10 years

Applications or FAQs

This cable is ideal for connecting USB C storage devices, accessories, hubs and peripherals to USB A equipped computers, docking stations and AV hardware. The 1.5m length provides additional flexibility for larger desk spaces and structured installations.

Equip your setup with a cable built for reliability, speed and everyday professional demands. Choose the Lindy Anthra Line for trusted high performance connectivity.