Bluetooth adapter Trust 26027 USB Type-A crni, domet 10 m

The Trust 26027 Bluetooth Adapter is a compact USB Type-A dongle that adds wireless Bluetooth connectivity to computers and compatible devices. With a wireless range of up to 10 meters and a slim profile (14mm width, 7mm depth, 23mm height), this black adapter is designed for discreet, portable use and simple plug-and-play operation on systems that support external Bluetooth modules.

Advantages

The adapter provides reliable short-range Bluetooth connectivity without occupying much space on a USB hub or laptop. Its low weight and compact dimensions make it suitable for travel and permanent desktop use alike. The USB Type-A interface ensures wide compatibility with standard USB ports, while the simple physical form factor minimises interference with adjacent ports.

Suitable for

• Connecting wireless mice and keyboards to a desktop or laptop
• Pairing Bluetooth headsets and speakers for audio playback
• Transferring files between a computer and Bluetooth-enabled phones or tablets
• Adding Bluetooth support to older systems without built-in wireless

Key specifications

• Interface: USB Type-A
• Wireless range: up to 10 meters
• Dimensions: 14 mm (W) x 7 mm (D) x 23 mm (H)
• Weight: 0.002 kg
• Colour: Black

How to use

Insert the adapter into an available USB Type-A port on your computer. Allow the operating system to detect and install necessary drivers automatically, or install manufacturer drivers if prompted. Once recognised, enable Bluetooth on your computer and use the system Bluetooth settings to search for and pair with devices such as headphones, speakers, keyboards, mice, or mobile devices. Maintain a clear line of sight and keep paired devices within the specified range for stable connections.

Recommendations

Place the adapter in a USB port that provides an unobstructed path to paired devices and avoid crowded USB hubs that may block signal. For best audio and input device performance, keep paired devices within 10 meters and minimise physical obstacles between devices.