Networking for the unforeseeable future

whitePaper | February 10, 2020

Deepwave Digital has leveraged the Artificial Intelligence Radio Transceiver (AIR-T) to create the first deep learning sensor for a 5G network. This network, the Citizens Broadband Radio Service (CBRS), will be the first spectrum sharing service provided by the telecommunications industry that leverages real time RF sensing. Critical to the operation of CBRS is the ability to determine if priority users are active on specific frequency channels. When no priority users are present, the spectrum may be reallocated for commercial networks to provide new enterprise services or additional bandwidth to existing services.

whitePaper | September 27, 2022

Remote access VPN has been an enterprise network staple for years, and for many people, the phrases “remote access” and “VPN” are synonymous. However, enterprises are rapidly adopting cloud applications that are changing the requirements for security and networking. Network and security teams are asking about how to secure access to all applications not just those in the data center.

whitePaper | May 1, 2021

This white paper draws on EMA research to offer a step-by-step guide for building partnerships and collaboration between enterprise network and security teams. It explores why this collaboration is essential, and how enterprises can reap rewards from NetOps and SecOps partnerships. In particular, it reviews how tools, data, and processes are essential to success.

whitePaper | September 23, 2022

The Cisco HyperFlex™ HX Data Platform revolutionizes data storage for hyperconverged infrastructure deployments and makes Cisco HyperFlex Systems ready for your enterprise applications—whether they run in virtualized environments such as Microsoft Windows 2016 Hyper-V

whitePaper | June 21, 2021

ince its launch in the mid-1990s, SONET has been an extremely successful technology, with millions of nodes deployed and billions of dollars made from the incredibly diverse set of applications it has supported. This paper explains the technology evolution of SONET and lays out the case for why service providers should consider migrating their legacy networks to IP-based transport.

whitePaper | November 10, 2019

Wireless telecommunications technology has undergone a tremendous evolution in the last few decades, from making simple phone calls (1G) and sending text messages (2G), to connecting to highspeed internet (3G) and providing multimedia and entertainment services (4G). Futuristic technologies such as remote robotics and virtual reality are emerging quickly and are likely to see mass adoption, while 4G cellular networks have reached capacity limits and are incapable of supporting the uninterrupted operations of these services. It is estimated that data will reach 175 zettabytes worldwide by 2025, up from 1.2 zettabytes in 2010, when 4G was first being deployed globally. 5G therefore provides a much-needed mobile bandwidth infrastructure for a world of connected objects and smarter cities.