In today’s dynamic landscape, where instant communication is essential for ensuring public safety, telecom companies stand at the forefront of delivering reliable connectivity to first responders. At the heart of this mission lies the deployment of advanced radio network equipment at dispatch sites, enabling seamless communication in critical moments. In

5G networks, the fifth generation of mobile networks, are being rolled out globally and are expected to provide faster internet speeds, lower latency, and more reliable connections. However, before these networks can be fully deployed, they must undergo a rigorous process of validation to ensure that they meet industry standards

As the automotive industry continues to embrace the digital revolution, cellular vehicle telematics has emerged as a groundbreaking technology. Leveraging the power of telecommunications and informatics, cellular vehicle telematics enables a wide range of applications, from fleet management to connected car services. However, to ensure the seamless functionality and optimal

Wireless network coverage in rural areas plays a pivotal role in bridging the digital divide, ensuring connectivity, and fostering economic growth. As municipalities seek to enhance the quality of life for their residents, the assessment and improvement of wireless networks in these regions become imperative. This article explores the significance

The continuous advancements in technology have made antenna systems an integral part of our daily lives, facilitating seamless communication and connectivity. However, with the increasing use of these systems, there is a need for strict safety measures to safeguard the public from potential electromagnetic radiation exposure. In this guide, we

RF drive testing is a crucial step in the deployment of a private 5G network. It involves testing the coverage and performance of the network by driving a vehicle equipped with specialized test equipment through the area where the network will be deployed. The goal of RF drive testing is

Mobile networks have revolutionized the way we communicate with each other, enabling us to stay connected wherever we are. However, in order to ensure that the network is reliable, fast, and efficient, it is crucial to perform drive tests regularly. Drive tests are an essential part of the process to

If you have heard about 5G, you probably have also heard the term 5G NR. Find out what is it, how it works, and what it means for the future of 5G networks. What Is 5G NR? 5G New Radio access technology was designed to improve high-band communication for mobile

Private cellular networks, which can be built on licensed or unlicensed spectrum, currently tend to be used by organizations to increase connectivity between systems and secure critical infrastructure, according to Dan Littmann, principal and national sector leader for telecommunications at Deloitte Consulting. “The initial use case is about connectivity,” Littmann

Current cost-cutting strategies to improve manufacturing operational efficiency often struggle to achieve the desired results. Industry 4.0 is targeting this challenge and helping reinvent how goods are produced. In the shift to Industry 4.0, manufacturers must leverage existing technologies (such as Industrial IoT or 5G) to remain competitive. The goal

Autonomous driving requires simultaneous communication with the surrounding environment and other vehicles, networks, road infrastructure, etc. In particular, 5G, which supports large capacity, low latency and mass connectivity, is a key technology for transmitting massive data generated by multiple sensors such as vehicle cameras and 3D high-definition map data. Consequently, car

  The 5G QoE measurement challenge can be summarized as follows: 5G use cases, particularly mMTC and URLLC, demand a new way of measuring QoE for each individual application. QoE has a different meaning in machine-type communication. A machine or connected thing’s QoE needs to be interpreted. Each application brings

Cloud-native automation of testing routines integrates data from across 5G network lifecycle to increase speed and accuracy Paris, France – April 12th, 2022 – Infovista, the global leader in network lifecycle automation (NLA), today announced Precision Drive Testing™ to bring a ML/AI data-driven approach and automation to network testing, significantly reducing

Even as a nascent market opportunity, the expectation moving forward is there is to be more video, a proliferation of Internet of Things (IoT) endpoints, and an overall need for higher levels of performance and other requirements. Likewise, the number of markets has also expanded. It now includes airports, seaports,

With the advance in testing platforms, equipment has the capability to be lower cost than ever. The traditional drive test setup of PC, Scanner, Cable tethered devices, placed in a vehicle is not necessarily required any longer. Depending on the testing situation, portable scanners, devices tethered to tablets, and even