Infovista Resource Library

Given the requirement for fast small cell deployments in dense urban environments, NLOS (non-line-of-sight) microwave backhaul will, in many cases, be the preferred ch

To prepare for and plan the 5G wireless networks of the future, you require geodata that provides an accurate simulation of your real-world environment.

In 5G design, every step matters!

What are the key consideration for migration to 5G? How will wireless operators efficiently plan their RF deployments?

The ability to understand and obtain insights into network performance from the customer perspective will offer a key advantage to operators as they plan their migrati

As the world’s largest mobile operators race toward 5G, attention is now turning to how the new networks will be tested and optimized.

Wireless operators and their vendors have many choices to consider before determining the best IoT technology for their network strategy.

The Small Cell Forum describes them as “low-power wireless access points that operate in licensed spectrum, are operator-managed and feature edge-based intelligence.”

Network planning and optimization teams can be more efficient with integrated access to network performance data, also known as key performance indicators (KPIs) and t

Mobile operators are implementing new technologies such as LTE, its evolutions towards 4.5G and 5G, together with Wi-Fi and small cells at a fast pace to deploy spectr

In a competitive environment where customer retention is key, mobile operators’ knowledge of subscribers’ experience and location over time and space is mandatory in o

Public safety network planning is undergoing a renewal of interest by the larger mobile ecosystem as the community moves towards LTE-based systems and large projects a