- Solutions
-
Service providers
Private Networks
Advanced Technologies
Save costs, improve network performance and more
With integrated microwave routing solutions from Aviat Networks, operators can save costs, improve network performance, simply operations, and enable new services.
-
- Products
-
Microwave Routers
Microwave Switches
Split mount RF unit
All Outdoor Radios
All Indoor Radio
Network management
Stabilization
Tools
Compliance
Buy WTM 4000 online!
With Aviat Store, customers can simplify quoting, purchasing, and delivery of Aviat products.
Breakthrough capacity for mission critical networks
Not only does Aviat’s radios deliver the highest power radios in the industry with up to 5x more transmit power, they also now deliver up to 3x more capacity than previously available solutions.
-
- Services
-
AviatPlan
AviatDesign
AviatDeploy
AviatCare
Customer care
Anywhere you are, and anytime you need, you will be able to reach an AviatCare support representative.
Click below to access the AviatCare:
Ensure your network hardware & software are always up-to-date
Our AviatCare Lifecycle Support is designed to complement Land Mobile Radio (LMR) support by providing complete coverage of the microwave system
-
- About Us
-
LEARN ABOUT US…
Meet Us
Join Us...
Connect with us…
Made in the USA
Our radios are designed, built and supported all within the USA. Aviat’s nationwide presence includes Corporate Headquarters and R&D center, manufacturing, and comprehensive in-country deployment services and after-sales support network.
-
Aviat’s Proof of Concept with Bouygues Telecom Promises Automation and OPEX Savings
The commissioning process for microwave—from integration to testing to equipment configuration to turn-up—can be lengthy and can involve multiple teams at multiple sites and get more complicated as microwave moves to include more sophisticated Layer 2 and Layer 3 capabilities. With added complexity, configuring intricate radio parameters in the field can increase labor-intensive operating procedures, increase operating costs, and unfavorably affect an operator’s return on investment and bottom line.
Read More
State of Colorado’s Lessons Learned from Spring Fire 2018
Unfortunately, throughout much of the western half of the USA, wildfires have become all too common. Moreover, with the recent fires in California this month, things seem to be getting worse. Wildfires and other natural disasters can have significant impacts to communications systems affecting not only personal cellular communications but also first responder and other mission-critical communications. Fire, police, emergency workers and other first responders need communications during natural disasters more than ever and this is precisely the time when thing just need to work.
Read More
Space Diversity and Lowering TCO
By Stuart Little, Director of International Product Line Marketing, US
Space diversity has been an important feature in long haul microwave systems for many years to counteract the effects of multi-path fading. Space diversity enables very long links over highly reflective surfaces such as bodies of water for example, where a non-diversity link would not deliver the high availability required.
Read More
The Role of Microwave in Rural Broadband
According to NTCA–The Rural Broadband Association, broadband use has multiplied by more than twenty times since the early 2000s. However, three out of every ten Americans still do not enjoy its benefits. That represents a sizable market, and a good part of that market is in rural areas that lack the infrastructure for it. For service providers, the challenges lie in entering those markets quickly and effectively, and at lower ownership and operational costs than fiber or other solutions.
Read More
Wireless Backhaul is Not Dead Yet
By Stuart Little, Director of International Product Line Marketing, US
This Halloween, zombies aren’t the only thing coming to life. Evolutions in e-band and multi-band mean wireless will play a crucial role in the rollout of 5G.
5G is coming (and hopefully it won’t be accompanied by White Walkers) and will bring with it tremendous challenges for network operators, and no less critical will be backhaul, where needed capacities will grow from the hundreds of Megabits to multiple Gigabits. In their latest Microwave Outlook (from December 2017), Ericsson forecasts that by 2022 the typical backhaul requirement for a high-capacity radio site will be in the around 1 Gbps, increasing to as much as 5 Gbps towards 2025.
Read More
WISPAPALOOZA: After the Show
The annual WISPAPALOOZA conference has come to an end, and a key takeaway from the show is the growth potential for WISPs. What started as a small conference with only a few booths has now grown to 2000+ attendees and 600+ exhibitors.
As much as the show is improving and space for the WISP business is expanding, the sentiment from a few small companies was that they still struggled with procurement issues from vendors. They received the products they needed but the time that it took and the poor service they received was still a complicated process, and in some cases, non-existent.
Read More
A Realistic Look at Link Distances of 70-80GHz Links
There has been significant growth in backhaul products operating in millimeter frequency range recently. Being subject to rain attenuation, and because different environments can have different characteristic attenuations, careful and precise calculation of theoretical distances is critical.
Read More
Aviat Keeps Antarctica Research Centers Connected
The National Science Foundation (NSF) has operated the United States Antarctic Program (USAP) since its inception in the 1950s. Program scientists perform a variety of critical research projects there that rely heavily on communications with the outside world—for transmission of research data for analysis, for contact with other researchers in the U.S. and other regions of the world, for personal communications between the Antarctica staff and their families and others, and for many other purposes.
Read More
Case Study: Chugach Electric’s Measured Approach to Migrating Teleprotection to IP/MPLS
Chugach Electric’s network migration began in 2010, when they first identified upcoming issues with their existing network, which consisted of end-of-life hardware and capacity bottlenecks. The migration was critical to ensure traffic across operations that covered an expansive footprint remained flowing and without any issues and to be also to evolve the network to enable allow future technologies, services, and applications.
Read More
B2B E-commerce: Why the Microwave Industry Needs It
Those familiar with the microwave industry can tell you that over the last 20 years (despite the evolution in mobile apps, cloud, automation) and apart from a few exceptions, there hasn’t been much change in the processes used to design, purchase, build, install, and maintain microwave networks.
Read More