<i>Features and</i><i>Value</i>
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  • 2020 | Spatial Datalyst Contact Us 0

Features andValue

Features

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A short overview of TDX's FCC frequency awareness

DAILY updates from FCC frequency databases

Currently most RF planning tools focus first on coverage and propagation. When the plan is completed, it is passed to the frequency coordinators who determine if any of the proposed RF emitters interfere with existing licensees and their equipment. If any are found then the plan must be sent back for revision to avoid creating or being subject to inference. This process can be iterative, require a lengthy review period that is error prone and relies on multiple parties to get to the final result. This RF planning/interference "loop" is inefficient, can be a costly, time consuming and prone to error.

TDX addresses this issue with the coordination effort being first and foremost and the path calculation and/or coverage following. This eliminates the RF planning/interference loop making the process more efficient, less prone to error and saves time and costs. And it’s all done within the same tool.
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Link planning with LiDAR clutter data

Point to point and point to multi-point link planning informed by data from Open Streets Elements and LiDAR
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How TDX's cloud-based solution can handle BIG data and support use of the system in the field


All you need is a browser and broadband

TDX can be upgraded and updated in the cloud enabling the user to work from anywhere, on any device whether in the office or the field. All you need is a broadband connection and a browser.

Any database of virtually any type can be accessed and sliced to benefit a wide range of network design tasks.

To build large robust networks it is critical to have all the necessary tools available.

TDX is an all-purpose telecommunication exploration tool – a one-stop-shop.

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A short overview of how TDX detects and deals with interference

We find the interference so you don't have to

TDX’s “frequency aware” planning gets it right the first time.
When the planning routes are in congested areas it is normal to encounter numerous frequency planning issues. Without knowing where the bottlenecks are, a project engineer can spend enormous amounts of time selecting the right band much less the best choice of carrier frequencies.

TDX’s frequency analyzer is a powerful tool that allows the planner to specify the parameters of the problem. By taking all other frequencies into account, TDX’s analyzer makes the best choice decision.

These decisions can also impact the path or network availability. It’s best to make these decisions with an awareness of network type and end-to-end criteria.

By combining all of these functions into one tool the number of iterations goes down, the time goes down and the quality goes up.


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How TDX uses OpenStreetMaps elements to help your design


OpenStreetMap Elements are current and provide for insightful analysis

Open Street Maps is an open source tool that is updated constantly with the most current information that is used when studying interference cases.

OSM Elements can tell a planner such things as where people are, bike lanes, walk paths, etc. In addition, structures can be determined in both a 2D layout and a 3D height.
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How TDX imports and ingests any data


We ingest whatever data you'd like. Then use TDX to process and plan with your data sets.

TDX can handle all types of databases and user datasets. With TDX it is not problematic whether the legacy data set be File Maker, CSV or some other type. Each of these data specs can be dealt with equally well.

User data can also be ingested which allows for eXplorer’s many data handling routines to be used equally well irrespective of type.
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TDX selects and optimizes your backhaul design


Graph theoretic builder

The network type – hub-and-spoke, ring, star, etc. impacts network availability calculations. In many cases it is not known exactly what type of network is required to solve a problem. Further it is not uncommon for the planner to be flexible with regard to the network type in exchange for higher reliability.

TDX can analyze multiple scenarios and do the “what-ifs” for the planner so that the proper network type is considered simultaneously as the frequency selection.

These steps are no longer necessarily sequential but can be solved concurrently yielding improved time to market and accuracy.

In addition, shortest route calculations and routing are integral. TDX makes this tedious task simple when solved in the aggregate.
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How TDX determines line of sight (LOS) availability


Networks can be built automatically based on some simple user-defined rules

The TDX LOS feature shows where there is a high probability of two points being able to communicate without interference. Lists are made of these points specific to a building’s location.

Multiple lists can be assessed for a common path. When a common path is found then this assessment can be run again with some user input to targets those sets of paths that can be “seen” end to end.

In this way it is possible to build multiple span radio networks with minimal input from the user.
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How TDX's user interface improves RF design productivity


We simultaneously do numbers, word and pictures

TDX’s UI enables you to interact with the data any way that you’re comfortable.

Do you prefer tables and SQL statements? We support that.

Would you rather draw a circle around an area of interest and let that scope the data? We do that too.

Use either mode or both to accelerate your planning process.

Features: Coming Soon!

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Integrating fiber optic maps with TDX


Find the fiber highways nearby

Ultimately, every RF installation needs to connect to a fiber optic PoP. With the integration of these fiber optic maps, TDX with its deterministic Line of Sight (LoS) planning capability will be able to find the fastest path to go from an RF link to fiber.
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Path calculator and heat maps for TDX


Find out where's it hot and where it's not

Calculating paths and coverage is a mature technology and will be integrated with TDX soon. But the difference with this implementation is that it will be combined with TDX's frequency awareness, thus giving you a more complete picture.
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Increasing situational awareness through LiDAR


LiDAR: See it all

With the coming integration of TDX's LiDAR Viewer, users will be able to include this often freely available imagery data into their RF planning process. And because it will be integrated within TDX, the user will not need to switch to another tool or system in order to take advantage of the insights LiDAR brings.

Value

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Save time and money with virtual site surveys


Don't roll a truck. Launch TDX.

Because TDX combines the functionality found in many separate tools, you can plan with confidence and reduce in most cases the need for a physical site survey. TDX can tell you what frequencies are available, where the interference is, where the users are, and where your sites need to be.
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Accelerate planning and deployment with a tool suite that is built for speed


An integrated tool that speeds both planning and deployment

Unlike many tools in use today, TDX is not a stand-alone system designed for one type of planning objective, for instance, link planning. Rather, TDX contains a suite of functions, all integrated, that enable the planner to work iteratively at his/her desk (or in the field on a tablet) to find the best solution. This functional integration, measured in real world deployments, can accelerate planning times by 30-40%.
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Accelerate planning and deployment with a tool suite that reduces costs because the results are accurate


Save money because your planning is accurate the first time

Planning speed doesn't matter if the resulting design isn't accurate or doesn't reflect the real world in which the network must be deployed. With TDX, you can plan with confidence, accuracy, AND speed.
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Reduce risk but produce a design that has integrity


Reduce risk through design integrity

It isn't enough to have a good design; you want a great design that has reduced nearly all the knowable risk. We call this "design integrity" and with TDX you can achieve that goal.
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5G networks will require tools that can scale to support tens of thousands of sites


Tens of thousands of sites

5G networks will require tens of thousands of sites, properly planned and deployed. Doing this will require a tool that offers accuracy, functional integration, and ease of use. TDX is that tool.