300 Mbps Outdoor Wireless Bridge. 4.9 GHz to 5.8 GHz Fixed and Mobile Wireless Outdoor Bridges for voice, data and video distribution. Proven, reliable and fast outdoor wireless video solutions for ITS, transportation, and Surveillance Applications. Have a Question? Ask an Expert
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Innovative wireless bridge kit customer application & success stories - AIRAYA products are used in service provider and wireless ISP, education, enterprise, government, public safety, and healthcare installations worldwide. The following are examples of successful deployments using AIRAYA outdoor wireless bridges.

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Service Provider (Wireless ISP)
N. California, USA
Problem - Needed additional capacity in order to support expanding 2.4GHz wireless customer base. Solution - Upgraded ORINOCO 802.11B 2.4GHz backhaul links to multiple AI108-150's in order to increase systemwide backbone capacity to more than 20Mbps. 802.11B bridges operating as live back-up.
Service Provider (Wireless ISP)
S. California, USA
Problem - Interference and capacity issues in 2.4 GHz limiting potential growth of Wireless ISP. Solution - Upgraded Cisco 350 802.11B 2.4 GHz backhaul link to AI108-050, increasing backbone capacity by more than 5 times. Kept 802.11B bridge operating as live back-up.
Service Provider
New York, USA
Problem - How to extend T1 circuits between two buildings across the street from each other. Solution - Installing AI108-1-050 link with Engage Communications IP Tube (IP Mux)product to extend circuit without going through the local ILEC.
Enterprise Search Engine Company
N. California, USA
Problem - Needed to connect networks in two buildings in support of company expansion. Lead-time on wire line fiber connection was beyond move-in timeline for company. Solution - Installed AI108-150 link running at 30Mbps between buildings to allow extension of company network to new facilities in timely fashion.
Service Provider (Wireless ISP)
Bahamas
Problem - How to distribute fast and affordable backhaul for Motorola Canopy multi-point deployment in 5.8GHz. Solution - Installed AI108-1-300 between NOC and tower site, providing required capacity.
Education (University)
N. California, USA
Problem - Needed to connect dorm network with main campus network to provide high-speed Internet access. Solution - Installed AI108-150 between buildings allowing high-speed access in all dorm rooms
Education (University)
S. California, USA
Problem - Needed to connect outlying buildings with main campus network to provide high-speed Intranet access. Solution - Installed AI108-150 between buildings allowing high-speed access to multiple buildings
Service Provider (Wireless ISP)
Norway
Problem - Needed to connect two mountain top sites across a valley with high speed data link. Solution - Installed AI108-1-150 backhaul link between sites more than 5 miles apart. 34Mbps TCP/IP data rate and 50Mbps UDP data rate.
Service Provider
Canada
Problem - How to build a robust, high-speed backhaul system in order to distribute bandwith to their tower sites cost-effectively. Solution - Deploying multiple AI108 links to facilities as high-speed wireless backhaul.
Enterprise (Insurance Company)
Illinois, USA
Problem - Cisco 350 802.11B 2.4GHz bridge not providing enough network capacity between two sites. Solution - Upgraded 802.11B 2.4GHz backhaul link to AI108-2 heated units to increase backbone capacity, expand service, and handle extreme weather requirements that may come up.
Service Provider
Russia
Problem - Needed localized, fast and affordable 802.11A solution for providing backhaul to ISP customers throughout eastern Europe. Solution - Partnered with AIRAYA to develop a version of the AI108 that is localized in the Russian language, providing the benefits of the AI108 bridge line with a Russian-language web configuration/utility interface.
Healthcare
Canada
Problem - Needed to increase bandwith between hospital and out-patient facility currently utilizing 10Mbps Tsunami 5GHz link. Solution - Upgraded to AI108-150 to increase backbone link capacity, allowing for provisioning of additional services. Using low cost 2.4GHz link as back-up.
Service Provider
Texas, USA
Problem - Needed to replace low speed 802.11B link with high-capacity 5GHz in support of expanded voice and data services. Solution - Deployed the AI108-150 to increase backbone capacity. 802.11B bridge still in operation as back-up for primary AI108 link.
Enterprise (Manufacturing)
California, USA
Problem - Needed to upgrade 2.4GHz 802.11B link between corporate office and manufacturing facility to allow for real-time manufacturing automation. Solution - Upgraded Cisco 350 802.11B 2.4GHz backhaul link to AI108-050 to increase backbone capacity by more than 5 times. Kept 802.11B bridge operating as live back-up.
Government (Local)
N. California, USA
Problem - Needed to install new link between facilities to allow for basic network connectivity and network capacity. Solution - Installed AI108-3-050 to allow for throughput requirements.
Government (Local)
N. California, USA
Problem - Needed to upgrade 2.4GHz 802.11B links between multiple facilities to support remote operations. Solution - Upgraded Cisco Aironet 350 and Cisco Aironet 340 802.11B 2.4GHz backhaul links to AI108-4958 links to remove 2.4 GHz interference issues and increase backbone capacity by more than 5 times.
Government (State)
N. California, USA
Problem - DSL service not available in their remote copy center and warehouse. Solution - Installed AI108-3-300 bridge to connect the warehouse/copy center to the Main office building in downtown Sacramento (4.1 Miles). For a one time fixed fee the state now has a connection over 10 times as faster than DSL alternative.
Enterprise (Healthcare)
Colorado, USA
Problem - How to extend data network between two buildings in order to transmit very large x-ray files and other patient data. Solution - Installed AI108-1 backhaul links in order to support requirement for fast and affordable access to patient data.
Government (State)
S. California, USA
Problem - Extension of Digital California Project. How to provide robust, low-latency, high-capacity link between San Diego Department of Education and George Wright Annual Society conference, providing real-time video feed from Polycom ViewstationFX system. Solution - AIRAYA partnered with the CA State Parks department to install AI108-3 bridges to connect San Diego department of education to the conference center.
Government (State)
S. California, USA
Problem - Extension of Digital California Project. How to provide robust, low-latency link between State Park and local high school, providing real-time video feed from Paleotology Lab using Polycom ViewstationFX systems. Solution - AIRAYA partnered with the CA State Parks department to install AI108-3 bridges to connect Anza Borega State Park to the local high school.
Education (K-12 School)
Indiana, USA
Problem - Needed to replace Cisco 802.11B links in order to support faster internet connections for their growing computer curriculum. Solution - Upgraded Cisco 802.11B 2.4GHz links to multiple AI108-4 in order to increase systemwide backbone capacity to more than 20Mbps. 802.11B bridges operating as live back-up
Education (K-12 School)
N. California, USA
Problem - Internet access via slow dial up connection. No budget for monthly high speed access. Solution - AIRAYA partnered with the local university to install an AI108-1 bridge the connect the school to the Univerities high speed internet connection. The schools parents group raised the funds to pay for the hardware, and the University donated the bandwidth.
Healthcare
Illinois, USA
Problem - How to extend data network between two buildings in order to transmit data between sites located across street from each other. Solution - Installed AI108-4 link in order to support requirement for fast and affordable access to IP voice and data.
Service Provider (Utility Company)
Oregon, USA
Problem - Customer access to high-speed data not available to rural communities. Solution - AIRAYA partnered with the utility company to allow them a fast and affordable wireless alternative for locations where wireleline options were cost-prohibitie of just not feasible.
Service Provider (Wireless ISP)
New Mexico, USA
Problem - Needed additional capacity in order to support expanding 2.4GHz wireless customer base. Solution - Installed AI108-4 backhaul links in order to increase systemwide backbone capacity to more than 20Mbps.
Enterprise (Mortgage Company)
Washington, USA
Problem - How to extend T1 circuits between two buildings across the street from each other. Solution - Installed AI108-1-050 link with Engage Communications IP Tube (IP Mux) product to extend circuit without going through the local ILEC. Also providing high speed data service through the same connection.
Service Provider (Wireless ISP)
N. California, USA
Problem - Needed additional capacity in order to support expanding business-class customer base. Solution - Building out wireless system backbone with multiple AI108-1 and AI108-3 backhaul links in order to increase systemwide backbone capacity to more than 20Mbps.
Enterprise (National Association)
Virginia, USA
Problem - How to extend data services between two buildings .5 miles from each other in support of new software development operations center. Solution - Installed AI108-1-150 backhaul in order to extend backbone capacity to more than 30Mbps.
Government (Public Safety)
Florida, USA
Problem - How to upgrade speed of current 802.11B link and and provide access at new facility. Solution - Installed AI108-4-kit to provide required capacity.
Government (Public Safety)
Illinios, USA
Problem - How to provide access at new facility located off-site. Solution - Installed multiple AI108-3-150 link provided required capacity with minimal latency.
Service Provider (Wireless ISP)
Florida, USA
Problem - Needed additional capacity in order to support expanding customer base. Solution - Building out wireless system backbone with multiple AI108-4 and AI108-3 backhaul links in order to increase systemwide backbone capacity to more than 20Mbps.
Healthcare
Oregon, USA
Problem - How to extend data network between two buildings in order to transmit very large x-ray files. Solution - Installed AI108-1 backhaul in order to support requirement for fast and affordable access to critical patient data.
Education (University)
Virgin Islands
Problem - How to provide access at new buildings located off-site. Solution - Installed Ai108-3-150's to allow University system access at remote site.
Service Provider
Italy
Problem - How to build reliable high-speed backbone for ISP service Solution - Installing multiple WirelessGRID bridges to support business-class access to their network.
Government (Federal)
Seychelles
Problem - Needed to connect multiple government facilities together in private network. 802.11B/G not a viable solution as 2.4 GHz noise floor and interference potential is high Solution - Installed mult-sector WirelessGRID multipoint systems and AI108 backhaul links to provide high-speed secure communication between different government locations on the Island.
Service Provider
Hungary
Problem - How to distribute high-speed internet access without cabling entire city. Solution - Utilizing AIRAYA WirelessGRID backhaul/multipoint bridge and AI108 backhaul bridges to distribute bandwidth through city in support of VOIP and data network requirements.
Service Provider (Wireless ISP)
Nevada, California, USA
Problem - Lake Tahoe. Current 2.4 GHz dlink bridges not providing required bandwidth to support growing demand for customer access to network. Interference in 2.4GHz frequency range also making network unreliable. Solution - Installed 5 WirelessGRID backhaul links to provide required network capacity requirements. Newly installed capacity exceeds growing customer base and current demand while providing stable platform for data and voice services. Wireless network supports year-round and seasonal customers, and multi-tenant buildings and businesses throughout their coverage area in Nevada and California.
Service Provider (Wireless ISP)
Bahamas
Problem - Wireless service provider needed high capacity backhaul liks to connect Motorola Canopy 5.8 GHz multipoint system towers to centralized Internet connection. Solution - Installed AIRAYA AI108 backhaul links to solve problem and provide enough bandwidth to support multiple Motorola Canopy units distributing bandwidth to businesses and residences in main Bahamas resort and port areas.
Service Provider (Wireless ISP)
Australia
Problem - Rural locations require wireless to cost effectively offer high speed service to commercial customers. Tried various vendor solutions with unreliable results. Solution - Swapped out competing backhaul bridges with AIRAYA WirelessGRID bridges. Now able to provide a reliable high-performance sultion to customers across region, competing with wireline solutions from Telstra, the incumbent carrier in Australia.
Service Provider (Wireless ISP)
Oregon
Problem - Service provider requires wireless multipoint and backhaul access for high-speed data provisioning in rural Oregon communities. Solution - Switched from another wireless broadband vendor to WirelessGRID links providing reliable ruggedized outdoor wireless network throughout providers coverage area. WirelessGRID bridges in use for more than 20 backbone links in addition to multipoint distribution to commercial customers requiring up to 5x higher bandwidth than 2.4GHz, Trango, and Motorola multipoint systems were able to provide.
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