Revolutionizing Tribal Communities with High-Speed Internet Connectivity

Revolutionizing Tribal Communities with High-Speed Internet ConnectivityHigh-speed internet connectivity has become an essential utility in the modern world, connecting people, businesses, and institutions, enabling access to information, education, and economic opportunities. However, for many tribal communities in the United States, access to high-speed broadband is still a significant issue. The lack of broadband connectivity in tribal lands leaves many communities at a disadvantage, hindering their ability to access vital resources and services. 

In this blog, we will explore the impact of high-speed internet connectivity on tribal communities and how it can revolutionize the way they live and work. We will discuss the current digital landscape in tribal communities and the initiatives aimed at promoting tribal connectivity. We will also explore the benefits of high-speed internet connectivity for tribal communities, including improved public safety, community development, and economic opportunities. Additionally, we will compare wireless and fiber technologies and how private LTE networks can be a game-changer for small communities. Finally, we will discuss Aviat’s solutions and how they can help tribal communities achieve universal access to high-speed internet. 

According to the most recent American Indian Policy Institute analysis of FCC data in 2019, just 67% of tribal lands in the continental U.S. have access to broadband internet, with the majority only having access to broadband speeds considered by the FCC to be less than ‘minimally acceptable.’ This digital divide leaves many tribal communities at a disadvantage, hindering their ability to access vital resources and services.

Revolutionizing Tribal Communities with High-Speed Internet Connectivity

To address this issue, the Tribal Broadband Connectivity Program was created, providing funding and resources for the deployment of broadband infrastructure in tribal communities. By increasing access to high-speed internet, the program empowers tribal communities with the tools they need to participate in the digital economy, access essential services, and foster economic growth. The program offers grants for broadband deployment, technical assistance, and training to support tribal communities in expanding their broadband infrastructure. 

The National Tribal Broadband Strategy is a comprehensive plan designed to chart a course for digital inclusion in tribal communities. This strategy addresses key challenges and barriers faced by tribal communities in accessing high-speed internet and provides a roadmap for promoting connectivity and fostering digital inclusion. With a focus on collaboration, capacity building, and sustainable investment, the strategy aims to ensure that every tribal community can benefit from high-speed internet connectivity. 

 

 

The strategy focuses on four key areas: Revolutionizing Tribal Communities with High-Speed Internet Connectivity

  1. Enhancing Tribal Access to Spectrum: Tribal communities need access to additional spectrum to provide high-speed internet to their residents. The strategy focuses on identifying unused spectrum and advocating for tribal access to that spectrum. 
  2. Expanding Tribal Infrastructure: The strategy aims to expand broadband infrastructure in tribal communities, enabling them to connect to the internet through fiber optic and wireless technologies. 
  3. Promoting Digital Adoption: The strategy aims to increase digital literacy and promote the adoption of high-speed internet in tribal communities. This includes training programs, workshops, and other resources to help tribal members learn how to use technology. 
  4. Developing Tribal Applications and Content: The strategy aims to promote the development of applications and content that are relevant to tribal communities, including healthcare, education, and cultural resources. 

 

Redefining Public Safety and Community Development with High-Speed Internet

High-speed internet connectivity can lead to significant improvements in public safety, with faster response times and more efficient emergency communications. Moreover, it enables community development, with better access to healthcare, education, and economic opportunities. In this way, high-capacity internet has the potential to revolutionize tribal communities, creating a brighter future for all. 

High-speed internet connectivity can improve public safety in tribal communities. With faster response times and more efficient emergency communications, emergency responders can better serve the community in times of need. For example, with high-speed internet, emergency responders can use video conferencing to assess an emergency and provide remote assistance. This can be particularly useful in areas where access to emergency services is limited or where it takes time for emergency responders to reach the scene. Additionally, high-speed internet connectivity can improve communication between law enforcement agencies, enabling them to share information more effectively and coordinate their efforts in responding to emergencies. 

Revolutionizing Tribal Communities with High-Speed Internet ConnectivityHigh-speed internet connectivity also enables community development, with better access to healthcare, education, and economic opportunities. With access to telemedicine services, residents in remote areas can receive medical care without having to travel long distances. This can be particularly useful for tribal communities that are located far away from healthcare facilities. Additionally, high-speed internet connectivity can improve access to education services, enabling students to access online courses and educational resources from anywhere. This can be particularly useful for students in rural areas who may not have access to traditional educational institutions. 

Moreover, high-speed internet connectivity can provide economic opportunities for tribal communities. With access to the internet, small businesses can operate more efficiently and compete in the digital economy. Additionally, high-speed internet connectivity can enable tribal communities to participate in e-commerce, selling their products and services to a wider audience. This can be particularly useful for tribal communities that rely on tourism or that have limited access to traditional markets. 

 

Wireless vs. Fiber: The Great Broadband Debate 

When it comes to providing high-speed internet to tribal communities, both wireless and fiber technologies have their strengths and weaknesses. Fiber offers high-capacity, reliable connections but can be expensive and require long deployment times. On the other hand, wireless technology can provide similar capacity as fiber at a more affordable cost and can be deployed within just a few days. Moreover, wireless technology can be used in tandem with fiber to reach more difficult locations that would otherwise be uneconomical for fiber deployment.  

Private LTE Networks: A Game-Changer for Tribal Communities 

Private LTE networks are a viable option for tribal communities that want to deploy high-speed internet infrastructure where big carriers do not provide service. These networks allow small communities to operate their own cellular networks and provide high-speed internet connectivity to their residents, schools, healthcare centers, and businesses. Private LTE networks are particularly beneficial in rural areas where coverage is limited or unreliable, offering more control and flexibility over network operations.  

For example, a private LTE network can be deployed in a small tribal community to provide high-speed internet connectivity to its residents. This network can manage both residential and higher priority traffic, ensuring that emergency services have access to reliable and efficient communication channels. Additionally, it can enable telemedicine and e-learning, improving access to healthcare and education services for residents. Private LTE networks also provide economic benefits, enabling businesses to operate more efficiently and compete in the digital economy. 

Aviat: The Ultimate Partner for Tribal Connectivity  

Aviat offers high-quality equipment and solutions designed to meet the unique connectivity needs of tribal communities. With a focus on lowering total cost of ownership, Aviat provides the right equipment to connect communities, from high capacity backhauls to Private LTE Networks and fixed wireless solutions.  

Aviat’s Private LTE Networks are a significant change for tribal communities, offering a compact yet high-powered, all-outdoor solution that can be quickly deployed with the same coverage as Macro Cells. Moreover, Aviat’s EPC core is completely scalable, with no minimum number of subscriber licenses, representing significant savings for tribal communities. Aviat offers a full range of services from design to deployment and fully hosted network management, ensuring that the network always operates at peak performance. 

Tribal Connectivity: The Key to Unlocking a Brighter Future

Revolutionizing Tribal Communities with High-Speed Internet ConnectivityHigh-speed internet connectivity is more than just a luxury; it is a vital resource that can transform the lives of those living in tribal communities. By investing in high-capacity internet infrastructure and collaborating with trusted partners like Aviat, tribal communities can bridge the digital divide and unlock a brighter future for generations to come. 

Tribal connectivity initiatives like the Tribal Broadband Connectivity Program and the National Tribal Broadband Strategy are paving the way for universal access to high-speed internet in tribal lands. Private LTE networks offer a viable option for small communities to deploy high-speed internet infrastructure where big carriers do not provide service. With the right equipment and solutions from trusted partners like Aviat, tribal communities can unlock their full potential and thrive in the modern world. 

Conclusion  

In conclusion, high-speed internet connectivity is essential for the growth and development of tribal communities in the digital age. Tribal communities face unique challenges in accessing high-speed internet, but initiatives like the Tribal Broadband Connectivity Program and the National Tribal Broadband Strategy are paving the way for universal access to high-speed internet in tribal lands. Private LTE networks offer a viable option for small communities to deploy high-speed internet infrastructure where big carriers do not provide service. Aviat’s solutions can help tribal communities achieve universal access to high-speed internet and unlock their full potential. 

By bridging the digital divide and fostering connectivity, tribal communities can thrive in the modern world, building a better future for generations to come. High-speed internet connectivity can improve public safety, enable community development, and provide economic opportunities. With the right infrastructure and solutions, tribal communities can access essential services and resources, participate in the digital economy, and unlock their full potential. 

 

 Are you interested in high-speed internet connectivity?

Ready to hear how Aviat’s internet services can help your tribal community? Let’s talk!

 

Fixed Wireless vs Fiber: Exploring the Future of ISP (Internet Service Providers) Infrastructure

For years, Internet Service Providers (ISPs) have witnessed a battle of technologies: Fixed Wireless versus Fiber. While many favor fiber due to its reliability and multi-gigabit throughput, the rapid evolution of wireless technology makes it a compelling alternative worth discussing. In this article, we will explore the unique advantages and challenges of wireless technology and make a case for its inclusion in the strategic planning of ISP infrastructure.

Fixed Wireless vs Fiber: Exploring the Future of ISP (Internet Service Providers) Infrastructure

The Cost-Time Balance: Fixed Wireless vs Fiber Deployments

Fiber Deployment – The High Investment Challenge
Fiber optic infrastructure, although robust and reliable, requires substantial financial investment, labor, and time. The capital expenditure (CAPEX) and return on investment (ROI) periods can be daunting, with fiber deployment costs often soaring.

For example, according to the most recent Fiber Broadband Association study in 2019, the cost of deploying fiber to the premises (FTTP) can range from $1,000 to $1,200 per connection and averages $60,000 to $80,000 per mile. Now add three years of heavy inflation and labor shortage since the study
and the cost of fiber has now become uneconomical for more locations than before. Not to mention, deploying fiber networks can take years from planning to completion, and in some cases can be impeded by right-of-way issues.

Fixed Wireless Deployment
Fixed wireless technology is gaining popularity over fiber optics due to its lower costs. While laying fiber cables requires expensive infrastructure and labor costs, fixed wireless technology utilizes a network of antennas and radio signals to deliver high-speed internet to users at a lower cost.

For example, in rural areas, the cost of laying fiber cables can be too high to justify the investment. In contrast, fixed wireless technology can be deployed faster and with lower costs, making it a more feasible option for delivering high-speed internet to remote communities.

The Time-Saving Appeal of Wireless Deployment

Compared to fiber, fixed wireless technology also offers faster installation times, further reducing costs. Installing fiber requires obtaining permits, trenching, and laying cables, which can take several weeks or months. On the other hand, fixed wireless technology installations can often be completed within days, if there is a clear line of sight between the antenna and the user's location. This means that fixed wireless technology offers a cost-effective solution for both urban and rural areas that require fast and reliable internet access without incurring the excessive costs of fiber installation. Overall, fixed wireless technology offers a practical and economical way to provide high-speed internet access to communities with limited access to fiber infrastructure.

By eliminating the need for physical cabling, wireless deployments save on costs, labor, and time, making ROI achievable within a shorter period. This makes wireless an appealing choice for forward-thinking ISPs.

Fiber vs Fixed Wireless: A Battle of ReliabilityFixed Wireless vs Fiber: Exploring the Future of ISP (Internet Service Providers) Infrastructure

The Vulnerability of Fiber
While fiber optics are renowned for their reliability, they are not immune to disruptions. Fiber cuts can be caused by various factors, including natural disasters, construction accidents, or even rodents chewing through the cables. These incidents can lead to costly repairs and lengthy service outages.

A recent fiber outage in Durham and Chapel Hill, NC underscores the vulnerability of fiber infrastructure. Despite its reputation for reliability, fiber networks can still suffer from outages, causing significant disruptions to internet services. In this instance, the outage lasted for several days and resulted in a work-from-home resident being unable to work and forced to use vacation days.

This highlights the potential risks associated with relying solely on fiber infrastructure for critical services, such as remote work, education, and healthcare. While fiber is a robust and fast option for internet access, it is not immune to disruptions, and alternative solutions, such as fixed wireless technology, may be needed to ensure reliable internet connectivity.

The Resilience of Wireless

Modern wireless systems have evolved to minimize weather-related disruptions, incorporating advanced technologies to improve performance and reliability. A skillfully engineered fixed wireless network can rival fiber in terms of reliability, offering near-perfect dependability.

Licensed backhauls for point-to-point (PtP) links can offer 99.99% to 99.999% reliability, and point-to-multipoint solutions have incorporated technologies like adaptive modulation, MIMO (Multiple Input, Multiple Output), and beamforming to improve performance and reliability. Unlike fiber, wireless technology is immune to most physical disturbances like fallen trees or construction accidents.

Fixed Wireless and Fiber: Complementary Technologies

When it comes to establishing reliable network connectivity, ISPs often consider fiber and fixed wireless technologies as two viable options. While fiber connections are known for their high speeds and reliability, fixed wireless solutions offer greater flexibility and affordability, particularly in areas where fiber deployment may not be feasible or cost-effective. However, it is important to note that these two technologies don’t necessarily have to be mutually exclusive.

Fixed wireless can provide a significant advantage to an existing fiber ISP through affordable network redundancy. By incorporating supplementary wireless links, it is possible to create a backup system for the fiber network. In the event of a fiber connection failure, the system can reroute traffic to the wireless network, ensuring continuous service.

On the flip side, the practice of using fiber as a backup for wireless networks is also gaining momentum. ISPs are increasingly choosing this strategy due to the high throughput of microwave links, particularly multiband ones, which can deliver up to 10 Gbps. This is achieved at a much lower cost compared to a similar fiber connection. In such scenarios, a 1 Gbps fiber circuit is often used for redundancy instead of a full 10 Gbps fiber drop, making it a more economically viable option.

Fiber vs Wireless: The Hybrid Approach

There are more advantages to adopting hybrid networks than redundancy. By adopting hybrid networks that blend both fiber and wireless technologies, ISPs can leverage the two technologies to their advantage. This approach allows ISPs to leverage the benefits of both fiber and wireless during infrastructure development, ensuring that customers can enjoy high-speed internet connectivity without the extended wait times that fiber deployment can entail.

Hybrid networks also enable ISPs to extend their service reach into areas where the installation of fiber-optic infrastructure may prove prohibitively expensive due to geographical or demographic factors. By harnessing the power of wireless technology, ISPs can bypass these impediments and offer high-quality connectivity to remote or underserved areas.

For instance, Fixed Wireless Internet Service Providers (WISPs) have been successful in delivering fast and reliable internet services to rural and underserved regions of the United States, where traditional fiber deployment may not be economically viable. The deployment of hybrid networks by ISPs presents a promising strategy to overcome connectivity challenges in remote and underdeveloped regions while delivering cost-effective and high-quality services to customers.

Fixed Wireless vs Fiber: Exploring the Future of ISP (Internet Service Providers) Infrastructure

High-Capacity Wireless

Microwave systems have come a long way from where they were in the early 2000’s. Since then, spectrum efficiency has grown enormously, and the transition to all-IP has enabled numerous new techniques to be deployed, such as Adaptive Modulation (ACM (Adaptive Coding & Modulation)), MIMO, and QoS (QUALITY OF SERVICE) based traffic prioritization. Now we have Band Carrier Aggregation (BCA) or Multi-Band, where multiple channels either in the same or different bands are combined. As a result, multi-Gigabit links even up to 10 or 20 Gbps, are feasible supporting high capacities over distances from a few miles to 20 miles or more, with high availability to support end-user quality of experience (QoE).

Overcoming Technical Challenges of Wireless Deployment with Expert Support

The perceived lack of expertise in engineering wireless networks has been a primary reason some ISPs have been hesitant to adopt wireless technology. Nonetheless, Aviat Networks has found a way to bridge this gap by offering a range of comprehensive services and training. Aviat Networks goes the extra mile by providing solutions that cater to all kinds of customers.

For customers who prefer a self-service approach, Aviat Networks offers Aviat Design for free, which enables users to effortlessly design microwave links. Design is packed full of features including the FCC Layer which allows users to see FCC registered links and the Crown Castle Layer that allows users to quickly locate and incorporate Crown Castle’s assets into a network design.

Additionally, the Aviat Store allows customers to purchase equipment easily, 24/7 with quick delivery.

For those customers who require expert assistance, Aviat Networks can design, deploy, and manage the entire network on the ISP’s behalf, or provide 24/7 training and support for the ISP’s in-house team. With this kind of support, ISPs can confidently transition to wireless or hybrid networks, unlocking the full potential of wireless technology.

Fiber vs Wireless: The Future of ISP Infrastructure

As the demand for fast and reliable internet continues to grow, it is crucial for ISPs to consider the benefits and drawbacks of both fiber and wireless technologies. Wireless solutions offer several advantages, including reduced deployment time, increased reliability, and easier network redundancy.

By considering the strengths of wireless technology and strategically deploying it alongside fiber, ISPs can reduce costs, speed up time-to-market, enhance service reliability, and penetrate previously unreachable areas. Embracing a hybrid approach that combines the best of both fiber and wireless technologies can be the key to unlocking the full potential of future ISP infrastructure.

With rising inflation, the debate between fixed wireless and fiber has become more relevant than ever. Wireless technology offers numerous advantages that make it worth considering for the future of ISP infrastructure. By understanding the strengths of wireless and strategically deploying it alongside fiber, ISPs can reduce costs, speed up time-to-market, enhance service reliability, and penetrate previously unreachable areas. As the industry continues to evolve, the strategic incorporation of wireless solutions will become increasingly important for ISPs looking to stay competitive and adapt to changing demands.

 

Need high-capacity and need to deploy quickly? Check out our Multi-Band solutions.

Ready to consider wireless? Let’s talk!

Connecting Utah: Aviat Networks Powers Utah Broadband

Utah Broadband is a local company that has been providing excellent broadband services to communities and businesses in Salt Lake, Davis, Tooele, Weber, Summit, and Wasatch counties in Utah for almost 20 years. With innovative technology, the company provides data links up to 10 GB.

Utah Broadband is revolutionizing the way people access the internet in rural and suburban areas by rolling out Fiber-to-the-Home (FTTH) technology. The company aims to offer high-speed and advanced internet services to its customers.

However, delivering such services requires reliable high-speed connectivity and redundancy. This is where Utah Broadband faced a challenge.

Aviat’s Multi-Band Radio Aids Utah Broadband in Expanding Network

To overcome this challenge, Utah Broadband turned to Aviat Networks and its WTM 4800 Multi-Band Radio solution. Aviat’s Multi-Band Radio is a single box solution that delivers 10 Gbps on the network backbone, combining high capacity and high reliability allowing Utah Broadband to deliver up to 1 Gbps service per subscriber. With the multi-band technology, Utah Broadband can reach new tower locations that were previously unattainable and reduce the total number of sites required.

The Multi-Band Radio solution also provides Utah Broadband with greater flexibility in choosing new tower locations, as it combines millimeter wave and microwave frequencies in the same radio unit. Mike Simmons, Vice President of Wireless Engineering at Utah Broadband, has stated that the microwave portion of the solution delivers “very high reliability in all weather conditions.”

In addition to the Multi-Band Radio solution, Utah Broadband also uses AviatCloud’s services, such as the Aviat Design link planning tool and the Aviat Store for ordering additional radios. The ordering process is easy, and the company can have a radio shipped within a business day if it is in stock.

If you are interested in learning more about Utah Broadband’s journey and the impact of Aviat’s Multi-Band Radio solution, you can download the full case study. Find out how this local company is revolutionizing the way people access the internet in rural and suburban areas, and how Aviat’s technology is helping them to do so.

 

 

A New Era of Growth and Innovation: Aviat Networks Acquires NEC’s Wireless Transport Business

Have you heard the exciting news? Aviat and NEC have entered into a definitive agreement for NEC to transfer its wireless transport business to Aviat. This move marks a new era of growth and innovation for Aviat. NEC’s wireless transport solutions brand, PASOLINK, is recognized by customers around the world for its leading quality and reliability. The company’s end-markets and product portfolio are highly complementary to Aviat’s wireless transport portfolio. The new and dynamic company combination will create a leading global wireless transport specialist with increased scale and capabilities to effectively compete against the large generalists in the industry.

Furthermore, Aviat anticipates the business will contribute approximately $150 million in annual revenue, which will significantly increase the scale and reach of Aviat’s global business. The combined business will service over 20 Tier 1 service providers worldwide.

Aviat and NEC share a rich history of working together. In 2019, Aviat announced it had become the exclusive distributor of microwave radio for NEC in North America. Since then, the relationship has flourished, and due to highly complementary customers and markets, this exciting new combination will create not only the largest global wireless transport specialist, but the third largest microwave vendor overall1. Additionally, with the combination of service provider customers, fifty percent of all mobile subscribers globally will be connected to networks running Aviat microwave solutions.

NEC and Aviat’s unique and powerful partnership will drive strategic synergies with their respective strength to benefit from wireless transport business, leveraging the growth of 5G, rural broadband and private networks market. The combined product and IP portfolios create a broader and deeper technology set and a best-in-class offering for customers while boosting innovation.

What does this mean for the industry overall? This transaction will put Aviat and NEC in a strong position to deliver solutions to meet the expected demands of 5G, rural broadband, and private networks going forward, and builds on Avait’s successful Redline transaction in 2022, as well as the aforementioned 2019 North America partnership between NEC and Aviat.

These soon to be combined product and IP portfolios create the broadest and deepest technology set in the industry along with the best-in-class offering for our valued customers, boosting innovation. Top all of this with Aviat’s leading mission critical, high-power radios, all-outdoor microwave and multi-band solutions, microwave routing, and advanced software offerings, and you’ve got a unique and comprehensive solution set that will be soon available to all of our customers, globally.

Lastly, as the industry’s largest wireless transport specialist, Aviat will have even more power to innovate thanks to an expanded R&D capability and increased level of investment that will extend our company’s technology leadership and deliver the solutions that businesses need to succeed.

The transaction has been approved by the boards of directors of both companies and is subject to customary closing conditions, including regulatory approvals. Aviat expects the deal to close in the third calendar quarter of 2023. Following successful closure, both organizations will be united under the Aviat Networks brand, ensuring customers a seamless, single point of contact for sales, marketing, service and support.

Stay tuned for more news on this acquisition poised to fuel Aviat’s leadership in this evolving industry, ensure continued product innovation, and provide an exceptional customer experience.
We thank all of you for joining us on this exciting journey!

Source: 13.5% in CY2022 (by Revenue), Dell’Oro Microwave Transmission & Mobile Backhaul Quarterly Report 4Q22; 14.4% (by Revenue) in CY2022, Skylight Worldwide Microwave & Millimeterwave Radio Market Quarterly Market Share Report CY 4Q 2022 & Full Year 2022

Find the Perfect Tower for Your Microwave Link with Aviat Design’s Crown Castle Layer

 

As a leading provider of microwave and wireless networking solutions, Aviat has developed a range of innovative tools and technologies to help businesses and organizations improve their network infrastructure. One of our offerings is Aviat Design, a free tool for designing microwave links that features a powerful new addition: the Crown Castle layer. In this blog, we will explore the benefits of Aviat Design’s Crown Castle layer and how it can help businesses and organizations design successful microwave links.

Aviat Design’s Crown Castle layer is a powerful new tool that allows users to locate and select the best towers to rent for their microwave links. Crown Castle is a leading provider of shared communications infrastructure, including self-support towers, rooftop installations, and small cells. With over 40,000 towers and approximately 85,000 route miles of fiber, Crown Castle has an extensive network that enables it to offer its services to a range of industries, including wireless carriers, broadcasters, and other providers of communications and information services.

 

Using the Crown Castle layer in Aviat Design is simple. Here’s how it works:

Select the site where you want to locate towers.

Find the Perfect Tower for Your Microwave Link with Aviat Design's Crown Castle Layer

 

The selected site will turn yellow.

Find the Perfect Tower for Your Microwave Link with Aviat Design's Crown Castle Layer

 

 

Click on the tower tab from the toolbar.

Find the Perfect Tower for Your Microwave Link with Aviat Design's Crown Castle Layer

 

Set the desired radius distance from the site and click on the ‘Towers’ button.

Find the Perfect Tower for Your Microwave Link with Aviat Design's Crown Castle Layer

 

The Crown Castle layer will then display all the available towers within the specified radius. Users can view tower details such as tower type, height, and other relevant information to select the best option for their specific needs.

So, what are the main benefits of the Aviat Design’s Crown Castle Layer?

Timesaving: With the Crown Castle layer, users can quickly locate and select the best tower for their microwave link without manually searching for tower locations. This feature saves users time and effort in locating available towers in a particular area.

Access to tower information: The Crown Castle layer provides users with information on the type of towers available, such as self-support towers and rooftop installations. Users can use this information to select the best tower for their specific needs and budget.

Easy inquiry process: Users can inquire about available tower space directly from Aviat Design, making it easier for them to get the information they need to plan their link successfully.

The Crown Castle layer offers several benefits that make planning and designing successful microwave links easier and more efficient. By providing a visual representation of all the available towers in a specific area, users can quickly and easily locate the best tower for their specific needs, whether they are a wireless carrier, broadcaster, or another provider of communications and information services.

What else can Aviat Design Do?

In addition to the Crown Castle layer, Aviat Design offers several other features that make it an indispensable tool for microwave and wireless networking professionals. Her

The FCC layer is another powerful feature that allows users to see all the FCC links around their towers. With the FCC layer, users can quickly and easily see which frequencies are in use in a specific area and avoid interference with other links. This feature is particularly useful for operators of mission critical links that need to ensure that their links are reliable and interference-free.

Find the Perfect Tower for Your Microwave Link with Aviat Design's Crown Castle Layer

Another useful feature of Aviat Design is the 3rd party feature that allows users to add in addition to the Crown Castle layer, Aviat Design offers several other features that make designing and planning microwave links easier and more efficient.

Finally, the share feature allows for collaboration between team members, making it easier for multiple people to work on the same project. This feature is especially useful for large projects that require input from multiple team members.

In conclusion, Aviat Design is a powerful and versatile tool that enables users to design and plan microwave links quickly and efficiently. With the addition of the Crown Castle layer, users can now locate and select the best tower for their microwave link, saving time and effort in the planning process. The FCC layer, 3rd party feature, and share feature all contribute to making Aviat Design a comprehensive and effective solution for businesses and organizations looking to improve their network infrastructure.

At Aviat, we are committed to providing our customers with the tools and technologies they need to improve their network infrastructure and stay ahead of the competition. With Aviat Design, we have created a free, easy-to-use tool that enables businesses and organizations to design and plan microwave links quickly and efficiently. Whether you are a wireless carrier, broadcaster, or another provider of communications and information services, Aviat Design has all the tools you need to go from design to deployment under one roof.

Looking to streamline your tower selection process? Check out Aviat Design’s free Crown Castle layer now!

 

If you’re interested in learning more about Aviat Design? Check out our playlist on YouTube!

Ready to start designing? Let’s talk!