StarTech.com USB Extender Hub, 24m USB 2.0 Extension Cable with 4-Port USB Hub, Active/Bus Powered USB Repeater Cable, Optional 10W Power Supply Included - USB-A Hub w/ ESD Protection (U02442-USB-EXTENDER) - hub - 4 ports
The StarTech.com USB Extender Hub is designed to enhance connectivity and device protection in any setting. This 24 m USB 2.0 extension cable with a built-in 4-port USB hub extends the reach of your USB devices, making it suitable for setups that require distance without sacrificing signal integrity. The active/bus-powered USB repeater cable ensures minimal signal degradation over longer distances, providing reliable performance. With the capability to connect multiple devices simultaneously, this hub is suitable for a wide range of applications, from office environments to specialized industrial setups. It offers flexibility in power sources and ensures that connected devices receive stable power. Additionally, the hub features robust ESD protection, including 15KV air-gap and 8KV contact discharge protectors, safeguarding your devices from electrostatic discharges. Designed to meet the needs of demanding environments, the USB-A Hub with ESD Protection is compliant with FCC and WEEE standards, ensuring quality and reliability. Whether for professional or personal use, this USB extender hub delivers on performance, protection, and convenience.
Extended reach With a 24 m active cable, this USB extender hub ensures devices can be connected over longer distances, offering flexibility in the setup of peripherals and devices.
Enhanced connectivity Equipped with a 4-port USB 2.0 hub, this device allows for the connection of multiple peripherals simultaneously, from keyboards and mice to printers and external storage devices.
Robust protection Featuring 15KV air-gap discharge and 8KV contact discharge ESD protection, the hub safeguards connected devices against electrostatic discharges, ensuring reliability and longevity.
Versatile power options The inclusion of a 10W power supply supports bus-powered and self-powered modes, providing flexibility in various usage scenarios and ensuring stable performance across connected devices.