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Capacity Planning for Utilities White Paper
This paper describes capacity drivers for next generation utility networks and delves into detail about how to design these networks to meet the capacity need without sacrificing reliability or increasing cost. In the first part of this white paper, we will examine each of these services and its capacity contributions and then in the second part, explore how the combination of these services affect the network backhaul design. Separately we will do an analysis of a typical network and how to dimension the network capacity to be able to adequately handle these services and some factor of future growth.
Pierce County
Teamwork between Pierce County and Aviat Networks was on display recently as Aviat’s product knowledge and the customer’s infrastructure expertise came together to quickly address a critical issue in the network.
Infographic: Aviat – The American Microwave Company
Aviat Networks is proud to be THE American Microwave Company with all levels of business operations based in the US.
Large Western US state cuts number of antennas, costs with extra high-power radios
This large western US state had a longtime relationship with a microwave radio vendor and would have continued buying from them if their radios and support evolved with the State’s needs. However, over time its needs changed and it had to have more capabilities from its communications network. But it did not want to unnecessarily build new sites and erect costly new towers. It also could not afford to add more really large microwave dishes to towers that were already close to overload—some of which can be 8- or 10-feet in diameter. Even if existing infrastructure is used exclusively, these heavyweights of the antenna world would require that current towers receive costly reinforcement upgrades. Register to download this case study and find out how their cost saving solution.
WTM 4000 all-outdoor, IP-SDN radio
The WTM 4000 microwave solution from Aviat Networks delivers ultra-high capacity capability in single or dual-header architecture options, optimized for all-outdoor applications. With up to 2.5 Gbit/s of throughput and cutting edge microwave networking features, such as unique A2C, the WTM 4000 sets a new benchmark for 4G and 5G backhaul requirements.
WTM 4000 all-outdoor, IP-SDN radio
The WTM 4000 microwave solution from Aviat Networks delivers ultra-high capacity capability in single or dual-header architecture options, optimized for all-outdoor applications. With up to 2.5 Gbit/s of throughput and cutting edge microwave networking features, such as unique A2C, the WTM 4000 sets a new benchmark for 4G and 5G backhaul requirements.
WTM 4000 Adaptive Dual Carrier (A2C)
This papers describes how Aviat A2C is implemented, and compares this to alternative approaches available in the market today. Please register to download this paper.
Aviat Global Warranty Standards
Aviat Global Support guidelines
Rain Fading in Microwave Networks
There are many factors to consider when engineering access and short-haul millimeter wave radio paths in relation to rain fading and traffic outages. Long-established reference models, sophisticated software and high-speed computational devices can help narrow the decision-making window for the microwave transmission engineer. However, much also depends on the end-use applications and overall objective for any particular microwave network. Microwave transmission engineers have to use their experience and professional judgment in determining how to best use these rain fading and outage tools for their specific networking projects. This white paper examines some of the classic models and pertinent mission questions for microwave radio network rain fading and outages.