Introducing Basic Network Concepts

whitePaper | June 20, 2022

5G HAS FINALLY BECOME AVAIL ABLE. COMPARED TO 4G, 5G CAN DECREASE latency tenfold, increase throughput tenfold, and boost trac capacity by 100 times. More important than 5G technology itself for telecom carriers and service providers, however, are the wealth of capabilities enabled by 5G.

whitePaper | February 1, 2022

The evolution and large-scale deployment of fifth generation “5G” wireless networks over the next few years will require complementary 5G services by offering ubiquitous and reliable coverage across numerous geographies. Terrestrial networks are currently focusing on delivery of 5G services to areas already being served by existing cellular technologies, but the unique capabilities of non-terrestrial networks can help expand the reach of 5G technology in the realization of new use cases

whitePaper | February 22, 2023

By 2026, there will be close to six billion cellular Internet of Things (IoT) connections, and mobile data traffic will reach 226 exabytes (EB) per month, about 4.5 times the amount of cellular traffic in 20201 . This increase in internet traffic will result in an overwhelming session load on mobile network operators’ (MNOs) monitoring infrastructure.

whitePaper | November 1, 2021

Increasingly, broadband service providers (BSPs) are upgrading to next-generation XGS-PON fiber networks. Why? These advanced networks are necessary to support the new era we live in—one of high-bandwidth services and rich subscriber experiences backed by popular cloud-based applications and services. Next-generation XGS-PON fiber networks can deliver those high-speed 10G offerings and enable broadband businesses to provide popular subscriber services to both homes and businesses. In this world of increased demand for more bandwidth, BSPs also need networks that enable service provisioning in minutes—not days or hours. Networks must be seamlessly optimized and scaled to meet changing subscriber demands.

whitePaper | August 20, 2021

In today’s world, enterprises are becoming increasingly distributed and autonomous. The applications and services they deliver are increasingly demanding high bandwidth, as well as reliable, deterministic communications over wide areas under different conditions and multiple networks. Enterprises and enterprise networks are increasingly demanding more spectrum, more bandwidth and lower latency. Vertical industries each present their own set of unique requirements on communications networks and no one technology or operating model will meet the needs of the enterprise. Instead, the enterprise/ private network of the future can expect to be a multi-network that incorporates elements drawn from traditional enterprise models as well as from public mobile network models.

whitePaper | November 15, 2019

The promise of 5G is faster and more reliable communications. 5G opens doors to exciting new connections to Internet of Things (IoT) networks, autonomous driving, broadband wireless, and interruption-free video viewing. Whatever you develop 5G technology for, it will be imperative to understand design and test concepts and solutions across multiple dimensions. There are a lot of 5G terms and more on the way. We’ve got you covered – here’s a list of what’s out there today. Second-generation digital cellular networks used by mobile phones, designed as a replacement for analog first-generation radio (1G). Designed primarily for voice using digital standards.