Industrial & Enterprise Applications
 
 
Vulcan Series
The VULCAN SERIES of radios from LanPro is high-powered and comes with or without the panel antenna-integrated design. These radios are used for high capacity point-to-point backhaul for 5 GHz ISM band wireless deployment. and long distance operation in excess of 50 Km. 5/10/20/40 MHz adjustable channel bandwidth provides the flexibility of deployment channel plan and high capacity backhaul + truly total accumulated throughput (uplink + downlink) up to 40 Mbps with 40 MHz channel BW. It utilizes OFDM - TDMA - TDD technology which allows the operation of balanced uplink / downlink tunnels in a single channel with minimum collisions and the highest possible efficiency.

VULCAN SERIES has powerful security management because it uses a proprietary protocol and supports WEP, WPA2 (AES-128 bits) encryption, and MAC address filter. All these functions make the network much more secure and reliable. The Ethernet products are primarily designed to provide standard Ethernet interface in a wireless link between distant sites.
 
 
 
ORION Series
 
 
 
Nyx Series
 
 
 
Mercury Series
 
 
 
Convergence Series
 
 
 
Atrex Series
 
 
 
Atlas Series
 
 
 
Astrum Series
The ASTRUM series are enterprise and carrier-grade 802.11N Outdoor Wireless radios which offer the user a powerful MIMO-OFDM solution with a robust and high performance design in both 2.4GHz and 5.8GHz ISM bands.

The Multi-Hops Repeater function in ASTRUM Series offer the user a great solution for PTP / PTMP/ Hotzone applications by integrated multi-radios interfaces (up to 3x Radio modules) and Fast Data Switching technology from LanPro.

This series is the ideal solution for Service Providers to deliver carrier-grade wireless services to multiple market segments such as campuses, hospitality, healthcare, warehousing and wider metropolitan area deployments. Even in the NLOS environments, this series shows incredible efficiency on multi-hops repeating – truly throughput ≥ 100Mbps and only ≤ 15 ms total latency after 10 extended hops.

Much different from the traditional Wi-fi that dropped 50% throughput per each extended hop and can’t get reply from remote device after 5~6 hops for too long latency.
 
 
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