IMPROVE YOUR HOME WI-FI BY UPGRADING YOUR WINDOWS® PC TO NEXT-GEN AC WI-FI WITH MU-MIMO USB ADAPTER
This AC USB adapter instantly upgrades your Windows®-based laptop or PC to the latest Wi-Fi standard. This effectively makes your laptop/PC a MU-MIMO device, thereby allowing the Wi-Fi signal in your home to be distributed more efficiently to more Wi-Fi devices for stronger overall Wi-Fi coverage.
Next-Gen AC Wi-Fi MU-MIMO technology delivers exceptional speed and performance to your Windows®-based notebook, laptop, or desktop computer. It allows you to binge watch your favorite shows, play online games, and download large files with supercharged AC Wi-Fi speeds that are three times faster than Wireless-N.
ULTRA-PORTABLE, TINY FORM FACTOR
Whether it’s plugged into your laptop’s USB port or stowed in your briefcase, the adapter’s tiny, lightweight design is discreet and portable.
SIMPLE PLUG-AND-PLAY SETUP
To enjoy next-gen AC Wi-Fi, simply plug the adapter into your PC’s USB port and your PC will automatically download the driver from the Microsoft Windows® server. You also have the option of installing the driver from the included CD.
FAST, RELIABLE CONNECTION WITH AC WI-FI AND BEAMFORMING TECHNOLOGY
This Dual-Band USB Adapter uses a 5 GHz band to offer speeds up to AC433 Mbps–3x the performance of Wireless-N–and a 2.4 GHz band to offer speeds up to 150 Mbps.* Beamforming technology focuses the Wi-Fi signal directly to your Windows®-based laptop or desktop computer from your router for a reliable connection, letting you enjoy uninterrupted gaming and streaming.
WORKS WITH ALL WI-FI ROUTERS
This dual-band USB adapter is compatible with all Wi-Fi routers, including your existing unit and those from Internet service providers. For optimal performance, pair this dual-band USB adapter with a MU-MIMO router.
*Maximum performance derived from IEEE Standard 802.11 specification. Actual performance can vary, including lower wireless network capacity, data throughput rate, range, and coverage. Performance depends on many factors, conditions, and variables, including distance from the access point, volume of network traffic, building materials and construction, operating system used, mix of wireless products used, interference, and other adverse conditions.
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