Techly aktiivinen jatkokaapeli USB 2.0 Hi-Speed 10 m IUSB-REP10TY

Active USB 2.0 extension cable Techly IUSB-REP10TY (10 m) extends and boosts the signal for any USB device while supporting Hi-Speed data transfer up to 480 Mbps. The cable integrates a repeater that preserves USB 2.0 electrical specifications and timing, allowing you to overcome the standard 5 m USB distance limit. It is bus-powered, plug-and-play and compatible with Windows and Mac systems.

Advantages

The built-in repeater maintains signal quality over longer runs and enables daisy-chaining of up to three extension units for a combined reach of 30 m. With USB A male to USB A female connections and Hi-Speed 480 Mbps transfer, the cable offers reliable connectivity for peripherals without requiring an external power supply.

Suitable for

• Connecting external enclosures and USB peripherals at a distance
• Extending USB connections where the 5 m limit is insufficient
• Daisy-chaining multiple extensions to reach up to 30 m
• Plug-and-play setups on Windows and macOS

Key specifications

• Model: Techly IUSB-REP10TY
• USB version: USB 2.0 Hi-Speed (480 Mbps)
• Connectors: USB A male to USB A female
• Cable length: 10 m (each unit)
• Maximum daisy-chained length: 30 m (up to 3 units)
• Power: bus-powered (no external supply)
• Compatibility: Windows XP/Vista/7/8/8.1/10 and Mac OS
• Colour: Black
• Weight: 314 g

How to use

Connect the USB A male end of the extension cable to the host computer or previous extension unit and plug your USB device into the USB A female end. For longer distances, connect up to two additional Techly IUSB-REP10TY units in series (daisy-chain) to reach a total length of up to 30 m. The cable is bus-powered and ready to use without installing drivers on supported operating systems.

Recommendations

Use high-quality USB peripherals and avoid excessive bending or exposure to moisture. If you approach the maximum combined length of 30 m, verify device responsiveness and, if needed, connect devices with lower power demand or place endpoints closer to the host.