NEXT GENERATION NETWORKING

802.11ac is the latest wireless standard offering speeds up to 3X faster than 802.11n, ideal for uninterrupted HD video streaming and connecting multiple devices to the internet at one time.

EASY SETUP

With WPS support and simple configuration, users can set up and secure a personal Wi-Fi network in minutes using the step-by-step quick setup guide.

Highlights:

• Next generation wireless 802.11ac 
• Speeds up to 433 Mbps*†
• Save on hotel Wi-Fi fees by connecting multiple devices to your own Wi-Fi network
• Set up a personal Wi-Fi hotspot
• Fits in your pocket or briefcase for users on the go
• Simple to install and use - even for the novice user
• Perfect for use with smartphones and tablet devices
• USB bus-powered for ultimate portability

SELECTABLE DUAL BAND CONNECTIVITY

Convenient selectable dual band operation lets you choose between low interference 11ac networking on the 5 GHz or the more common 11n on the 2.4 GHz band for greater flexibility and compatibility.

SAVE MONEY ON PER-DEVICE WI-FI CONNECTION FEES

Avoid paying extra on hotel Wi-Fi connection fees by sharing a private wireless network or Wi-Fi hotspot with multiple wireless devices at one time.

CREATE A PERSONAL WI-FI HOTSPOT

Use AirStation AC433 Dual Band Wireless Travel Router to create a private Wi-Fi hotspot using an existing wireless connection, and share it with multiple wireless devices at one time.

USB BUS-POWERED

Experience the ultimate portability of AirStation AC433 Dual Band Wireless Travel Router - powered simply by connecting it to your computer's USB port with no external AC power needed.

*300 Mbps is the maximum aggregate wireless signal rate derived from IEEE 802.11n standard specifications achievable using two streams of 150 Mbps each. 433 Mbps is the maximum wireless signal rate derived from IEEE 802.11ac standard specifications. Actual data throughput and range will vary depending upon network conditions and environmental factors, including volume of network traffic, building materials and construction and network overhead.

†Technology based on IEEE 802.11ac standard specifications.