XV3-8 Wi-Fi 6 Access Point – 802.11ax Tri-Radio 8×8 Access Point with Software-Defined Radios

• High-density Wi-Fi with software-defined radios (SDR)
• Five-radio architecture for edge services
• 6 Gbps aggregate data rate
• Dedicated scanning sensor, dual band
• Application policy control
• EasyPass with Microsoft Azure and Google G Suite integration
• WPA3, WPA2 (CCMP, AES, 802.11i), WPA2 Enterprise (802.1x/EAP), WPA PSK (TKIP), Open
• 5dBi @ 2.4 GHz | 7dBi @ 5 GHz |
  

DESIGNED FOR HIGH DENSITY AND EDGE SERVICES

The XV3-8 features a total of five (5) radios to deliver a next generation network with edge services with high capacity and high density. Three data radios can be configured as two 5 GHz 4×4 plus one 2.4 GHz 4×4, or the two 5 GHz radios can be combined into a single 5 GHz 8×8 radio with the maximum power and performance of the 802.11ax standard. A dedicated network scanning radio provides continuous network monitoring to enhance security protocols, detailed network reports, and automatic RF optimizations. Add the Bluetooth Smart 4.1 IoT radio for BLE-based location services and you get a multi-radio, high-capacity Wi-Fi 6 AP designed for the most demanding networks in enterprise, education, retail, and public venues.

XV3-8 comes with Limited Lifetime Warranty providing return and repair service on the access point from date of purchase until end of life of the product.

OPTIMIZED WI-FI FOR DOMINANT CLIENT DEVICES

For networks dominated by legacy 802.11ac client devices, the dual 5 GHz 4×4 mode will double network capacity to maintain high-bitrate services as density increases. As the devices migrate to the new Wi-Fi 6 standard based on 802.11ax, the XV3-8 SDR can be quickly converted into full 8×8 operating mode via a simple configuration change. No firmware change is required to support this mode.

CLOUD AND ON-PREMISES MANAGEMENT

XV3-8 operates with either Cambium Networks’ XMS or cnMaestroTM management system. Choose the management system that best fits your business and use the latest technology from Cambium Networks.