Wireless Competitive Comparison

whitePaper | March 23, 2022

As a digital transformation journey focused on the customer experience is underway, new opportunities are arising for satellite players to join terrestrial and wireless carriers who have already gravitated towards multi-domain strategies.

whitePaper | January 15, 2020

Synchronization in carrier networks has been in use forever, but because of its elevated role in 5G, it is now getting more attention. Mobile cellular networks must be synchronized so that towers (base stations) with overlapping coverage do not interfere with each other causing dropped calls or service degradation. The NodeBs used in Third Generation (3G) cellular communications rely on satellite communications for synchronization, as do the Baseband Units (BBUs) used in Fourth Generation (4G) cellular communications.

whitePaper | May 6, 2021

Many industries are looking at 5G as the backbone of the Fourth Industrial Revolution. It is a golden opportunity for communications service providers (CSPs) to create and capture new market spaces by driving innovation, efficiency, and growth across various industries. A key factor influencing the uptake of wireless solutions is the question of how to handle spectrum for industrial purposes, since reliable connectivity demands licensed spectrum. Some countries provide spectrum dedicated for industrial use, whereas others do not. The intention of this paper is not to discuss the pros and cons of such spectrum strategies, but rather to focus on industries with local radio coverage needs. It tries to show that whether licensed spectrum is set aside for industries or not, CSPs are in the prime position to optimally address these industrial connectivity needs with powerful 5G networks and business models focused on industries. For regulators intending to implement licensed spectrum dedicated to industrial use, this paper aims to describe how this should best be done using simple principles and the well-defined legislation already available in most countries across the world.Many industries are looking at 5G as the backbone of the Fourth Industrial Revolution. It is a golden opportunity for communications service providers (CSPs) to create and capture new market spaces by driving innovation, efficiency, and growth across various industries.

whitePaper | December 5, 2022

This year is seeing heat records broken around the globe. In London, unprecedented weather even knocked Oracle and Google data centers offline. It’s the clearest sign yet that climate change is here and impacting the world rapidly.

whitePaper | November 1, 2019

The benefits 5G will bring to consumers, network equipment manufacturers (NEMs), and service providers (SPs) are both numerous and game-changing. 5G will radically improve the mobile broadband services that consumers enjoy and enable connectivity to billions of global devices to create a boom in the Internet of Things (IoT). 5G will provide robust support for new use cases we may scarcely imagine today. But there’s another critical challenge that deserves attention: Security—particularly the need for validation and testing. On a basic level, the adoption of 5G will depend on whether or not 5G services are demonstrably safe.

whitePaper | August 27, 2023

5G deployments continue their upward trend and will soon be the dominant mobile wireless protocol deployed in North America. The ecosystem is gathering valuable information from these deployments, and one area of focus is the transport network. As part of 5G’s evolution, key architecture components are being separated and distributed to the cloud in ways that make 5G more scalable and flexible. Meanwhile, bandwidth demands continue to increase at the same time applications and services require low latency. New requirements are presented to the transport network at each step of an operator’s 5G journey. The transport infrastructure of today must be flexible to adapt to upcoming requirements as it enables new architectures, tools, and ultimately, 5G networks innovation, monetization, and performance. The fundamental goal of the 5G transport network is to deliver transparent connectivity that allows both present and future functions to work together seamlessly.