IOGEAR GUE2118 USB 2.0 Extension Cable 39 ft
Product description
This USB 2.0 booster extension cable from IOGEAR stretches a workstation or AV setup without adding signal loss, offering extended reach for printers, cameras, or hubs. It combines extended cabling with active signal amplification so you can place USB peripherals farther from the host while maintaining high-speed USB 2.0 performance.
Key Points
The cable includes integrated booster chipsets that amplify the USB signal to preserve data integrity across the run. It is plug and play, does not require drivers or an external power supply for basic operation, and is compatible with both PC and Mac systems. For setups that need more reach, you can chain multiple units together, which makes longer runs possible for conference rooms or studio environments 😊.
Technical Specifications
- Name: IOGEAR GUE2118
- Length: 39 feet
- Interface: USB 2.0 high speed, up to 480 Mbps
- Daisy chain: Supports chaining up to three units for extended length, up to 120 feet according to the manufacturer
- Color: Black
Usage Recommendations
Use the cable when devices need reliable connectivity beyond the usual 16-foot passive USB limit. For example, it works well for connecting a webcam or a printer located across a large office floor, or for staging audio interfaces during events. Keep in mind that performance adheres to USB 2.0 speed limits, so it will not increase transfer rates for USB 3.0 devices. Also consider that very long chains may depend on device power draw and cable routing, so test the configuration in your environment before final installation ⚙️.
Practical Tips
Route the cable away from heavy electrical wiring and large metal surfaces to reduce potential interference and to maintain signal quality. If a peripheral requires more power than USB can deliver over the extended run, use a powered USB hub near the device to ensure stable operation. Remember that while the cable is driver-free for standard use, some specialized devices may still require their own software on the host system.