This amazing online software generates microwave backhaul design based on internal computational logic coupled with your design parameters. The software calculates every possible path between every site location within minutes then logically computes a proposed microwave backhaul design. This approach enables you to consider the big picture design as opposed to 'snaking' paths one-at–a-time from a starting point and hoping to get an acceptable result.

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To create a typical microwave network design scenario, upload a package of potential sites, and configure the design parameters. Within 5 minutes, a 150 site design scenario can be analyzed, viewed, and modified.

The system initially analyzes "all possible paths" by calculating a path profile for all possible links against our two included terrain models considering inputs such as maximum path link and minimum Fresnel clearance to terrain (this is over 22,000 LOS calculations for 150 sites). A design scenario is then determined as the system applies additional computational logic to achieve a best case path coverage based on premium sites as determined from all possible paths, available frequency bands, and premium path layouts. Multiple worldwide terrain and rain fade data are included such that users never have to go to a look-up table or upload terrain.

Insightful features empower the network engineer. In the design scenario, the user interface allows the designer to see all possible paths from any site, add new paths, overlay FCC towers and existing licensed microwave, all to empower the ability to design a network rather than merely linking successive paths .

Once a viable design scenario is achieved, the path links may be run as a batch analysis in the advanced path design module of SiteSync to determine the reliability of each path. Consider that in less than an hour 120 paths are computed with full link budget analysis available for you to review the “9”s!

The end-game result is that designers can now spend their time holistically. As an example, the engineer may consider the viability of using 18 GHz radios compared to 11 GHz radios by running successive design scenarios and comparing which network will maximize throughput while minimizing cost. Teams may focus on building scenarios using a targeted set of equipment empowering your company to maximize your purchasing power.

Win competitive bids by producing lightning fast, accurate, cost-optimized designs.

Estimate CAPEX with the assurance of knowing your design is viable.

Reduce the cost and re-design efforts resulting from frequency interference identified at the end of the design cycle.

Minimize field analysis cost of LOS flashing due to increased confidence in your virtual design.

Realize tremendous savings with on-line software. SiteSync is instantly available and requires no server integration, loading, or maintenance on the user side.

As part of the SiteSync Enterprise Microwave suite, TNT2 is built on the SiteSync Pro platform. Users take advantage of multiple virtual analysis and design software tools focused on the telecom infrastructure industry.

The SiteSync interface includes three embedded mapping interface APIs that the user may toggle between: WACmap, Google, and Bing. Also included are worldwide terrain databases so the user will never have find and upload terrain for a particular geography.

Wireless Applications offers Microwave Coordination services and has developed a fully capable module which our staff uses for licensed microwave interference calculations. This powerful code is also integrated into the logic of calculating network design scenarios included in TNT2.

All told, considering the software development history of all our RF components, it was a natural evolution for our team to develop a software system that builds on the powerful functionality of SiteSync to automate the design of wireless backhaul.

Call us today to set up your demo. Seeing is believing!