For destinations within the European Union (EU), delivery will usually be made within two to five working days of despatch, depending on service and country.
Orders received and accepted before 3.00pm (CET) will be despatched on the same working day, subject to availability.
We offer fixed rate delivery costs to most mainland EU countries. The delivery costs to each country are shown in the table below.
If the country you require is not in the list or if you are a Business (Trade) account holder, please contact us, and we will calculate the delivery cost for you.
High performance hub with active cable that provides an extended 8m connection between a computer and up to 4 USB 2.0 devices
Can be used standalone or as part of the Lindy Active Extension System Pro to create bespoke extension systems of up to 60m
Supports USB 2.0 High Speed bandwidth for speeds of 480Mbps
Easy to use – connects to the device’s existing USB cable (2m maximum)
2 year warranty
The Lindy USB Active Extension Hub Pro is a high performance hub with active cable that allows access to four USB 2.0 peripherals over long distances. With support for data transfer speeds of up to 480Mbps this extension hub is perfect for transferring data volumes quickly and reliably.
This 8m extension hub can be used standalone or as part of the Lindy USB 2.0 Active Extension System Pro. This system is a modular solution that can combine multiple USB Active Extension Pro cables and a USB 2.0 Active Extension Pro hub to distribute USB signals to up to 4 devices at up to 60m.
The 8m and 12m cable, and the 8m and 12m hub feature a single active repeater module to boost the USB signal. The 30m cable uses two repeaters. A fully deployed extension system is limited to a maximum of 60m and 4 repeater modules. Any combination of cables and a single hub can be connected providing the 60m / 4 repeater limit is not exceeded. The extension hub must always be the last segment of the extension system.
This cable features industry-proven active technology and locking connectors to ensure full signal integrity in the most demanding environments.