Telecommunications—from regions to urban cores, you need accurate geodata to improve current or plan for tomorrow’s networks. Whether you’re densifying existing 4G LTE networks, prepping for 5G or working a more complex HetNet, Maxar's Precision3D Telco Suite can help.
This telecommunications story demonstrates the value of using Maxar’s Precision3D Telco Suite for reliably and precisely planning 5G radio network coverage.
With Maxar’s Precision3D, new possibilities for planning, calibration and optimization emerge, bringing superior accuracy at a global scale to safe flight paths.
Improving radio network deployment ROI through trust-based design with high-resolution, high-accuracy 3D geodata maps to reach a desired confidence target.
SWIR | View-Ready (OR2A), SWIR, 7.5 m | Rio de Janeiro, Brazil
Get a comprehensive and detailed view of heavily populated and dynamic areas
Successful planning and deployment for 5G will rely on network models that are based on detailed input geodata covering vast market territories, consisting of accurate features—in full 3D.
Did you know two of the three tier-1 U.S. mobile operators already use Maxar data for their nationwide 5G deployments?
In this webinar, you will learn about vital elements of ARD, access options to meet your needs and applying ARD to your use case.
Explore how geospatial technology powers intelligent connectivity for your next generation network and beyond.
Maxar’s Vicki Bassett takes you behind the scenes to show you how imagery basemaps are made and why currency and consistency in clarity and accuracy are paramount when choosing an image layer.
Time-series stack of imagery over San Francisco, California
Not all imagery basemaps are created equal—and precision mapping demands basemaps with advanced qualities, such as textural and year-to-year locational consistency.
Explore the 3D Telco Suite over Atlanta
30 cm HD GSD, 5 m CE90, 4-band
This is example output of our Weather Data Layers product.