Cisco Ultra 5G Packet Core Solution

whitePaper | June 22, 2021

5G brings edge computing to the forefront, and the edge has become much more complex and critical. For those contemplating new 5G rollouts or making non-standalone (NSA) to standalone (SA) transitions, understanding how to take advantage of this unique solution architecture could reduce costs and improve customer outcomes. This research brief will examine the novel use of programmable fabrics in edge architectures and how this hybrid approach can minimize the deployment footprint, reduce power consumption and cooling needs, and improve network performance.

whitePaper | June 2, 2021

With the current deployment of the fifth generation (5G) of communication systems, it is now a critical time to identify enabling technologies for the sixth generation (6G) of communication systems. 6G systems are expected to fulfill more stringent requirements than 5G systems, on transmission capacity, reliability, latency, coverage, energy consumption, and connection density.

whitePaper | February 27, 2023

The future is digital, and the race is on. Businesses across the world are approaching a crucial juncture where those who have the ability to adapt their operations to a rapidly evolving landscape will have the edge over their competitors. The number of devices communicating across the network has been growing exponentially, but that number is about to explode as the Internet of Things (IoT) continues to become a reality. As a result, it has never been more important to ensure that the edge of a business’ network is robust, secure and can be upgraded with the speed needed to capitalise on changing business environments.

whitePaper | May 30, 2022

Celona brings the resiliency and security of cellular technology to the enterprise network with its 5G LAN solution. A 5G LAN isn’t a traditional cellular wireless network as it harnesses the power of cellular technology for use within the enterprise network. It is used to connect and secure mission-critical network applications such as those in healthcare, manufacturing, supply chain, and is a great alternative to Wi-Fi for enhanced security.

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 | 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.