TP-Link AC1300 High Gain Dual Band Wi-Fi USB Adapter /Archer T3U Plus

AC1300 High Gain Wireless Dual Band USB Adapter Archer T3U Plus AC1300 Lightning-Fast Speed- AC1300 (867 Mbps on the 5 GHz band or 400 Mbps on the 2.4 GHz band) dual-band Wi-Fi to ensure all your devices run at full speed MU-MIMO Technology- Improves the throughput and efficiency of the whole network with MU-MIMO technology Dual-Band Wireless- The 2.4 GHz and 5 GHz bands provide flexible connectivity, giving your devices access to the latest dual-band Wi-Fi router for faster speed and extended range High-Gain Antennas- Advanced external high-gain antennas greatly enhance the reception and transmission signal strength of the USB adapter Supports the Latest Operating Systems- Fully compatible with Windows 10/8.1/8/7/XP and macOS Higher Speeds, Better Connections The Archer T3U Plus receives Wi-Fi signals on two separate bands for all your online needs. Choose the 2.4 GHz band for up to 400 Mbps of surfing, emailing, and social media, or switch to 5 GHz for up to 867 Mbps of gaming, HD streaming, and large file downloads. Small Body, Big Energy Two Antennas Built in one With two high-gain antennas built in one, Archer T3U Plus boosts your signal reception and data transmission much significantly than traditional single-antenna WiFi adapter. It means greater WiFi coverage and more stable WiFi connection without WiFi drops and lag, even from father away or across multiple walls. Boosted Throughput with MU-MIMO MU-MIMO technology provides two simultaneous data streams, improving the throughput and efficiency of the entire network when working with a compatible MU-MIMO router. Adjustable, Multi-Directional Antenna Rotate and adjust the multi-directional antenna to improve user experience and performance in different environments. *Maximum wireless signal rates are the physical rates derived from IEEE Standard 802.11 specifications. Actual wireless data throughput and wireless coverage, and number of connected devices are not guaranteed and will vary as a result of network conditions, AP limitations, and environmental factors, including building materials, obstacles, volume and density of traffic, and AP location.