Ultra Long Range Bluetooth 5.3 Pro USB Adapter for PC Supports Windows 11/10/8.1/7 Plug and Play for Windows 11/10 5.3+EDR for PC Laptop Keyboard Mouse Headsets Speakers (Single Antenna)

The GAROGYI 5.3 Bluetooth adapter offers top-tier performance with strong compatibility across Windows 7 8.1 10 and Windows 11. It ensures fast and stable wireless connections between your computer and a variety of Bluetooth devices like headphones speakers mice keyboards game controllers smartphones printers and more For audio data and image transfer. The adapter's dual antennas enhance signal stability and extend the range for an even better experience. For Windows 11 10 and 8.1 it's a plug-and-play experienceno drivers needed. However Windows 7 might require driver installation in specific cases. Each system varies; typically it's plug-and-play.

If your system doesn't automatically detect the adapter manual driver installation can help.
A courteous reminder: If your computer lacks a CD-ROM for driver installation you can get the Bluetooth driver via GAROGYI's web
URL: dropbox. com/s/3ktdqbq7egr50ee/Rtl 5.3 %20Driver. zip? dl=0 It adopts the Taiwan Realtek 5.3 chip fully compliant with the Bluetooth 5.3 technical specifications supporting dual-mode low-power transmission.
Extended transmission range: The Class 1 protocol enables an impressively long transmission distance of up to 150 meters (under unobstructed conditions) while maintaining a robust signal. This enhanced range is further fortified by the inclusion of dual antennas ensuring even greater stability and reliability of the signal.
More stable transmission rate: Provides a transmission rate of 3Mbps enabling high-speed file and audio data transfer.
Original manufacturer driver management software: The REALTEK driver management software is user-friendly feature-rich and supports various application program extensions. Ultra-low latency for lightning-fast connections intelligent sleep and wake functions for energy efficiency 24-bit CRC (Cyclic Redundancy Check) for interference resistance and adaptive frequency hopping to reduce interference.