DeLOCK 11491 Data Switch USB Type-A na USB Type-B 0,48 Gbit/s crni

This USB switch by Delock enables two computer systems to share a single USB 2.0 peripheral without reconnecting cables or buying duplicate devices. The compact DeLOCK 11491 Data Switch supports data transfer speeds up to 0.48 Gbit/s, has a durable plastic housing in black, and is supplied with USB Type-A to USB Type-B cables. Its small footprint (106 × 56 × 25 mm) fits a variety of desktop or workstation arrangements.

Advantages

The switch offers a memory function that retains the last selected port even after power off and restart. Port selection is performed via a push button and remains functional if one computer is disconnected. The unit includes mounting options: a built-in magnet for attachment to suitable metal surfaces and screw holes for wall mounting. The device supports standard USB 2.0 connections (Type-A to Type-B) for broad peripheral compatibility.

Suitable for

• Sharing a single USB printer between two PCs
• Connecting one USB scanner to two workstations
• Switching a USB external drive or other USB 2.0 peripheral between systems
• Use in small offices or home offices where cable convenience is required

Key specifications

• Model: DeLOCK 11491
• Interface: USB 2.0 (Type-A to Type-B)
• Maximum data rate: 0.48 Gbit/s
• Colour: Black
• Housing: Plastic
• Dimensions (W × D × H): 106 × 56 × 25 mm
• Mounting: Built-in magnet and screw mount option
• Included: USB Type-A to Type-B cables

How to use

Connect the USB Type-B end to the peripheral device and the USB Type-A ends to the two computer systems. Press the device button to switch the active computer; the last selected port is stored by the memory function and will remain active after power cycles. If one computer is disconnected, the button still switches between the available ports.

Recommendations

Place the switch on or near a stable metal surface if using the built-in magnet, or mount it with screws for a permanent installation. For reliable operation use USB 2.0 compatible peripherals and cables; avoid forcing connectors and route cables to prevent strain.