Lindy 12 m USB 2.0 Active Extension Pro Hub

The Lindy USB Active Extension Hub Pro is a high-performance USB 2.0 extension hub with an integrated active cable, providing access to four USB 2.0 peripherals over extended distances. Supporting data transfer rates up to 480 Mbps, the 12 m extension hub can be used alone or as part of the Lindy USB 2.0 Active Extension System Pro to distribute USB signals to multiple devices at distances up to 60 m.

Advantages

The extension hub combines an active repeater module with locking connectors to maintain signal integrity over long cables. It supports fast USB 2.0 transfer speeds (up to 480 Mbps) and allows easy expansion by combining compatible Lindy active extension cables and a single hub. The unit is suitable for environments that require reliable long-distance USB connectivity and secure connector retention.

Key specifications

• Product: Lindy USB Active Extension Hub Pro
• Interface: USB 2.0
• Maximum data rate: 480 Mbps
• Cable/hub length: 12 m (this hub model)
• Ports: 4 downstream USB 2.0 ports
• Extension system maximum reach: up to 60 m
• Maximum repeater modules per system: 4
• Repeater configuration: 8 m and 12 m cable/hub use one repeater; 30 m cable uses two repeaters
• Requirement: extension hub must be last segment in the extension chain
• Connectors: locking USB connectors (industry-proven active technology)

How to use

Connect the Lindy USB Active Extension Hub Pro to the host USB port and attach up to four USB 2.0 devices to the downstream ports. For longer runs, combine compatible Lindy active extension cables with the hub as the final segment, ensuring the total extension length does not exceed 60 m and that no more than four repeater modules are used. Use the locking connectors to secure connections and maintain signal reliability.

Recommendations

Plan the extension layout before installation: measure total distance, count repeater modules, and place the extension hub as the last segment. Avoid exceeding the 60 m / 4 repeater limit and use the locking connectors to prevent accidental disconnection.