EDUP AC11 Wireless 1300MBPs Dual Band 2.4G & 5G 867Mbps USB 3.0 High Gain 6DBI External Dual Antennas Wireless Adapter 802.11AC

Name: EDUP AC11 Wireless 1300MBPs Dual Band 2.4G & 5G 867Mbps USB 3.0 High Gain 6DBI External Dual Antennas Wireless Adapter 802.11AC
Brand: EDUP
Price: 59.95 AUD
Availability: InStock

$79.95 $59.95 Save $20.00

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Add this USB WIFI to your PC to gain super fast and stable internet!

Connect this USB WIFI to either 2.4G or 5G Wireless network and see your speed soar! Take advantage of the card's 6DBI External Dual Antennas for super fast and stable internet!

This AC 1300 Wireless network USB WIFI adapter fully complies with IEEE802.11ac and IEEE802.11a/b/g/n standards.

Wireless transmission rates can reach up to 1300Mbps. Using this Wireless Desktop USB 3.0 Adapter will allow you to connect your desktop computer to a high-speed Wi-Fi network and experience faster file transmission and high-speed Internet browsing from further distances with wireless n technology.
You can enjoy high-performance wireless viewing HD multimedia and real-time online gaming.
This USB WIFI Adapter is the best choice for desktop computer users who want to enjoy the better wireless performance and a high-speed Wi-Fi network.

About this item

【Excellent Wi-Fi speed】the Wi-Fi Sub 1300Mbps Wi-Fi speeds with 5GHz(867Mbps) and 2. 4Ghz(400mbps) bands. Performance to reduce freezing and lags when streaming and gaming. Ultra-fast AC1300 wireless adapter speed with 802. 11AC.
【Easy to install 】for desktop laptop PC Supports Windows XP, Win Vista, Win 7, Win8. 1, Win 8, Win 10, Win 11, & Mac OS X 10. 7-10. 13
【Super speed USB 3. 0 PORT】USB 3. 0 supports transfer rates of up to 5Gbps-10 times faster than USB 2. 0, ensures Wi-Fi adapter maximum throughput performance and more stable Internet connection. Backwards compatible with USB 2. 0 and 1. 1 devices.
【Secure wireless NETWORK】EDUP AC1300 wireless adapter is supported by all WLAN routers It's comes with 2 pieces of high gain long-range 6dBi antennas which can help you connect even when signals are weak.