Open RAN MoUprogress updateon maturity,security andenergy efficiency

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.

whitePaper | December 8, 2022

The shift to remote work in 2020 was one of the most significant long-term effects of the COVID-19 pandemic, and consequently, the demand for remote and hybrid work options will likely keep growing in 2022 and beyond.

whitePaper | October 26, 2022

Obviously, RAN performance and user experience are correlated. Still, there are ways to optimize the RAN performance to maximize the user experience that go beyond the optimization of individual RAN parameters. By improving the user experience, the wireless infrastructure becomes more cost-efficient, and the operator can squeeze more out of its network for the same investment.

whitePaper | June 9, 2021

Telecommunications providers have talked up what a difference 5G will make for both individual consumers and big business, due to its many benefits. But although it was scheduled for 2020, its release is still being held up by providers, governments, and other issues.

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 | August 1, 2021

As 5G moves from the lab to the field, field engineers, technicians and installers grapple with the many challenges of ensuring successful deployment. Validating 5G in the lab is one thing, but scaling it to the field requires robust and efficient 5G test and verification solutions. VIAVI is pleased to offer you this comprehensive 5G Deployment Handbook where you'll find insights to simplify deployment complexities and learn about easy-to-use fiber, x-haul and RF solutions.