Kilometers of Wireless Internet using a Single Transmitter
59Kilometres of wireless internet with a single transmitter
The Ruggedized Ennoble 802.11g Outdoor Wi-Fi Base Station offers up to 54Mpbs data-rates to large outdoor areas to significantly lower the cost of deployment for large scale Wi-Fi networks.
Benefits
Lowest cost network deployments using EC Wi-Fi architecture
- Increased coverage area reduces equipment cost and installation time
- Simplified management and maintenance with dramatically reduced device count
- Secure network access through robust security features and rogue AP detection
Functionality
EC Wi-Fi Coverage Large
The smart antenna Base Station combines PacketSteeringTM technology and a phased array antenna to provide up to 12 times the coverage area of industrial-grade Wi-Fi products.
This approach enables a new outdoor Wi-Fi deployment architecture with fewer Wi-Fi devices, rather than managing many Wi-Fi Access Points, resulting in a system that is easier to manage and secure.
Suitable deployment environments:
- University and education campuses
- Government and Military facilities
- Logistics facilities
- Resorts and Hotels
- Outdoor sports facilities - Seaports, Airports, Train terminals
The Ennoble Wi-Fi Base Station utilizes a smart antenna to form 6 narrow beams of Wi-Fi that transmit 802.11b/g packets to standard Wi-Fi clients. The Base Station provides connectivity to the Internet at speeds up to 54Mbps over much greater areas than with traditional Wi-Fi products because it uses its entire phased array antenna to receive low- power transmissions from distantly located clients.
Deployed as a system, the system supports up to 24 common AP/Bridges via Wireless Distribution System (WDS) links to extend the Wi-Fi coverage area, to fill in coverage gaps, or to add capacity. Flexible network architectures of EC provide comprehensive outdoor coverage for even the most demanding deployments.
see http://testcms.ennoble.com.au/index.php?option=com_content&task=view&id=14&Itemid=41#ruggerdized






