USB 3.0 extension cable Vention CBHBI, male to female, 3 m, black

Vention CBHBI USB 3.0 male-to-female extension cable, 3 m in black, extends a USB-A port while maintaining USB 3.0 data rates up to 5 Gbps and backward compatibility with USB 2.0. The cable is intended to provide extra reach for external drives, peripherals and other devices without repeatedly accessing hard‑to‑reach computer ports.

Advantages

The Vention CBHBI cable delivers high transfer speeds (up to 5 Gbps) for fast file exchange and media transfer. Its construction uses tin‑plated copper conductors, a grounding conductor, aluminum foil shielding, braided metal shielding and an outer PVC jacket to increase durability and reduce interference. Nickel‑plated connectors improve contact reliability, and the 3 m length offers convenient connection to desktop or other devices located away from the PC.

Suitable for

• Extending USB‑A connections for external hard drives and SSDs
• Connecting peripherals (keyboard, mouse, printer) placed farther from the computer
• Data transfer between devices at USB 3.0 speeds
• Avoiding frequent access to rear or front computer ports

Key specifications

• Brand: Vention
• Model: CBHBI
• Interface: USB‑A plug to USB‑A port (male to female)
• USB version: USB 3.0 (backward compatible with USB 2.0)
• Maximum data rate: up to 5 Gbps
• Connector plating: nickel‑plated
• Length: 3 m
• Color: Black

How to use

Connect the male USB‑A plug of the Vention CBHBI cable into an available USB‑A port on the host device (PC, laptop or hub) and plug the required peripheral or storage device into the female USB‑A port on the cable. The cable supports plug‑and‑play operation; drivers are usually installed automatically by the operating system. For best performance, connect both devices to USB 3.0 ports.

Recommendations

To reduce wear on computer ports, leave the extension cable permanently connected and attach or detach peripherals from the cable’s female end. For optimal transfer speeds, use USB 3.0 ports on both host and device and avoid routing the cable near strong sources of electromagnetic interference.