USB WiFi 6 Bluetooth-Compatible 5.3 Adapter 2 in 1 Dongle 900Mbps USB WiFi Network Wireless Wlan Receiver Dual Band 2.4/5.8GHz Mini USB WiFi Dongle Dual 3DBi Antennas Driver Free for PC/Laptop/Desktop
Feature:1. High-Speed Wireless Connectivity: The USB WiFi 6 BT 5.3 Adapter delivers up to 900Mbps transmission rates with dual-band 2.4GHz and 5.8GHz support, ensuring fast and stable internet connections for all your online activities.
2. Versatile 2-in-1 Functionality: This 2 in 1 Dongle combines WiFi and Bluetooth-Compatible 5.3 capabilities, providing seamless connectivity for both internet access and Bluetooth-Compatible devices, making it a multifunctional solution for your wireless needs.
3. Driver-Free Installation: The USB WiFi Network Wireless WLAN Receiver features a plug-and-play design with no need for CDs or online driver downloads, allowing for easy and hassle-free setup on your devices.
4. Advanced Security Features: The USB WiFi Network Adapter supports 64/128-bit WEP, 128-bit WPA (TKIP/AES), MIC, IV expansion, shared key authentication, and IEEE 802.1X, ensuring secure and protected connections.
5. Wide Compatibility: The Wireless Network Card Dongle is compatible with Win10/Win11 and seamlessly integrates with 802.11a/b/g/n/ac/ax devices, providing a versatile solution for various systems and ensuring wide-ranging device compatibility.
Specification:Origin: Mainland China
Model: WD-AX909B
Working frequency: 2.412GHz-2.484GHz, 5.180GHz-5.825GHZ
Wireless standard: Support IEEE802.11a/b/g/n/ac/ax standards
Transmission rate: 2.4GHz: 286Mbps; 5.8GHz: 600Mbps;
Bluetooth version: Bluetooth 5.3
Antenna: External 3DBi high-gain antenna
Indicator: WiFi signal light
Encryption method: WPA-WEP/WPA-PSK/WPA2-PSK/WPA3
System support: Compatible with Windows 10, Windows 11
Product size: 77*38*19mm/3.03x1.5x0.75inch
Weight: 21g
Note:
Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding!
Please allow a 1-2 cm difference in measurements due to manual measuring.
