1-541-345-0019 INFO@EDX.COM

Map Sync – Download and Use Data Without Leaving SignalPro

by | Sep 15, 2021

The Map Sync feature in SignalPro is an interactive map that allows users to select service areas and regions within the software and download clutter and terrain data directly into their projects. Map Sync eliminates the need to source and convert data and provides engineers with the opportunity to get data immediately as projects and customer requests arise.

The Data

US Data includes 5m hybrid clutter and 10m terrain. Outside the US, 30m terrain and clutter is available for the entire globe, providing immediate access to data for international projects. Data can be purchased for specific service areas, so users do not have to subscribe to entire tiles. Data can be used on a short-term, project-by-project basis and/or RFP responses. Once subscribed to data, users receive automatic updates.

Using Map Sync

Engineers can source, download and use high-resolution data without leaving SignalPro. To load terrain data, navigate to: databases >terrain > *insert from directory location below >Type is PTE > check active box

To use clutter data, navigate to: databases >clutter > *insert from directory location below >Type is GCE >check active box 

*Directory location

For 30m world data insert @egs\30m\egs_30m

For US Data insert @cirrus\hybrid\cirrus_hybrid

Ensure you have a study grid set. Then navigate to databases > data boundary and check the box that says “Use geographic boundary to control which terrain/clutter files are used.”

The data will now begin downloading, and you can still use the software while it does so. After the download is complete, you may use the data in any existing or new project.

Benefits:

Reduce OPEX

Purchase only data needed (not entire tile)

Project-by-project basis

Automatic data updates

Save engineering time

Download the solution brief here:

https://docs.edx.com/edx-map-sync-solution-brief.html

You May Also Like…

Mission Critical Networks

Mission Critical Networks

Mission Critical networks are designed for high reliability, flexible demand and interoperability. To properly plan 5G, LTE-A, P25, TETRA, LMR and...

read more
Solving Complex Problems

Solving Complex Problems

Wireless networks get more complex by the day. More and more devices are being connected, with smaller cells and higher frequencies and transmitters...

read more
Private Networks Summit

Private Networks Summit

If you missed the Private Wireless Networks Summit, you can see the session "State of Play for Private Networks – Where We Are And Where We Are...

read more
Ray Tracing

Ray Tracing

Ray-tracing is a high-frequency approach to modeling how wireless signals interact with features of the environment such as walls, corners, edges...

read more
Call Now Button