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The dramatic increase of data transfer demand over cellular and Wi-Max networks has recently placed pressure over carriers to increase both the density of Cellular and Wi-Max towers, and the backhauling throughput. At the same time, carriers are constantly under pressure to reduce the cost of backhauling in order to improve profitability.

Traditional point-to-point microwave technology tends to be a very expensive solution for cellular and Wi-Max backhauling, particularly with a high tower density. Metropolitan areas, although highly profitable for carriers due to the high density of users, are very challenging for point-to-point microwave solutions due to the lack of line-of-sight in urban areas.

Fluidmesh has developed an advanced, license-free, carrier-grade product line that solves the majority of the issues faced by cellular and Wi-Max carriers in backhauling applications. Fluidmesh’s solution includes mesh-enabled devices that allow carriers to plan complex multi-hop networks with embedded path redundancy to deal with link failures or interferences. Fluidmesh is also the only license-free wireless backhauling vendor with a dual-radio point-to-point solution capable of creating self-healing carrier-grade links using two license-free channels at the same time.

Companies, Universities, Hospitals, Local Governments, Industrial Sites, Hotels, Resorts whose premises span large areas and whose building are located sometimes several miles apart require to have a reliable broadband carrier-grade infrastructure that connects all the buildings together for voice, video and data applications 24/7.

Fluidmesh carrier-grade wireless broadband solution is the most cost effective way to connect multiple buildings and locations together providing broadband connections with no need of trenching and wiring.

Broadband connectivity is becoming a necessity for any home or office environment. The cost of deploying wired infrastructures makes wireless the perfect solution to provide connectivity. Fluidmesh, thanks to its multi-topology capabilities and its ease of deployment, provides a solid solution for WISP both for the access and the backhaul part of the network. Moreover, thanks to the FMQuadro interface, real-time information can be obtained regarding network performances and bandwidth consumption in upload and download.

The cost of the deployment can also be controlled by using the ‘on-demand’ bandwidth approach provided by FluidThrottle. This technology allows the service provider to easily upgrade the bandwidth available on the network depending on the consumer’s needs.

Fluidmesh Networks has developed an innovative and industrial-grade wireless Ethernet solution for large industrial plants seeking mission-critical condition monitoring, security and automation. Capitalizing on the strength of wireless mesh architecture, Fluidmesh technology creates a completely wireless infrastructure enabling the simultaneous streaming of data, video, and voice. Fluidmesh wireless infrastructure is fully IP and Ethernet compatible. Consequently, it can interconnect multi-vendor devices, sensors, security, and control equipment in large, hard to wire sites such as oil refineries, industrial seaports, tank farms, gas plants, power plants, and water treatment facilities.

Condition and Monitoring Devices:

• Pressure
• Temperature
• Voltage
• Water Level
• Vibration
• Pollutants emissions
• Leaks
• Nomadic and Fixed Voice Communications

With many years of experience in designing and deploying wireless solutions in mission-critical settings, Fluidmesh is uniquely positioned to help utilities with their wireless networking needs. Our Wireless Solution has been designed to be fully compliant and integrated with other wired or wireless transmission technologies to create a fully-integrated IP-based intelligent network.