QB-10250-LKX-US, Tsunami QuickBridge 10250 5GHz Link, 867 Mbps, MIMO 2x2, BeamX Antenna, SmartScan Radio (Two QuickBridge-10250-

Tsunami Quickbridge® 10250 BeamX Series - Simplifying Deployment of High Bandwidth Services

The Tsunami Quickbridge®10250 BeamX radios speed deployment of point to point networks by eliminating the complicated and time-consuming antenna alignment process.

The intelligent beam steering technology first used in our Multi-point Base station, the MP-10250-BSX has been adapted to enable easy and cost-effective installation.

Now a rough alignment between endpoints is enough for the unit to take control of the setup, as the Quickbridge®10250 manages, and maintains the fine tuning for optimum Signal to Noise Ratio.

In non-Line Of Sight (nLOS) configurations, the beam steering technology comes into its own, enabling alignment optimization, even when reflecting the beam off a wall situated between endpoints.

The always-on BeamX intelligence ensures the link remains optimized to take full advantage of the systems high throughput capability.

The BeamX solution combined with the secondary look-ahead scan radio improves performance even in high RF interference environments.

Fast, Secure and Flexible

* Point to Point link that delivers up to 866 Mbps data rate and covers distances up to 10 miles (16 km)

* AES 128 encryption, Radius authentication, and highly-secure remote management via SSL/TLS1.2, SSH, and SNMPv3

* Service flow based QoS with deep packet inspection (DPI) to ensure critical data arrives with priority

* Built-in feature-rich network protocols for IPv4 and IPv6 bridging, routing and gateway functionality

Proxim SmartScan[tm]

* Performs background analysis of the full RF spectrum and creates channel availability tables to allow an immediate switch to a free channel in case of weather radar detection or interference

* By removing the initial transmission delay, SmartScan makes DFS channel more efficient

* It also opens access to the 5.600-5.650 GHz sub-band and enables effective use of up to 355 MHz of DFS spectrum