Neutral-host open access networks present an attractive investment opportunity: learn more how to become the infrastructure partner of choice. 5G and FTTH require telcos to continuously expand and densify their networks. And like Towercos – fibercos present an attractive opportunity for network investors. Fiber is a perfect medium for sharing with its future-proof capacity and …
5G
Enterprises are using AI in conjunction with network connectivity to automate operations and generate analytical insights that improve products and services. Many are now adding 5G to connect devices to these systems because its high-speed, high-capacity, and ultra-reliable low latency characteristics can enable new use cases for AI or enhance current offerings. Until now, AI …
As networks evolve, so do the skill-sets needed to design, deploy and maintain them. More software skills are needed at all levels as automation plays a larger role in everything from RF testing to how the network is monitored and managed. Networks are more software-defined than ever, and IT skills are in high demand. What …
In its current form, 5G is focused on delivering an enhanced mobile broadband experience to consumers. But, in terms of creating new revenue opportunities, operators are looking to enterprise digital transformation to deliver 5G use cases that draw on the full feature set of eMBB, massive IoT, and ultra-reliable low-latency communications. As 5G continues to …
Many CSPs are deploying 5G NSA intending to evolve to 5G SA as the technology matures. This calls for the transition from 5G NSA to 5G SA to be straightforward for the CSP and transparent to the end-user. This article describes ways to make that transition happen, focusing on the 5G core.
5G is an advanced wireless network technology set to replace the fourth generation (4G) network. It’s designed to boost data transmission and communication by more than three times. IT industry experts can unanimously agree about 5G’s potential to improve lives by developing more reliable and ultra-fast connections.
There is no doubt that 5G is so powerful, it can change everything in our digital lives. This next-generation wireless technology is already out now. Many companies like Charter Spectrum have already rolled out 5G via Spectrum offers for mobile in some locations. However, we will probably have to wait a couple of years to …
With one notable exception, commercial 5G networks use a non-standalone architecture wherein new 5G NR radio infrastructure is connected to an Evolved Packet Core that also supports LTE data transmissions. Virtualization of EPC functionality is common but stops short of the cloud-native core network needed for a standalone 5G implementation. With non-standalone 5G, the emphasis …
The benefits that 5G could provide right now are often overlooked. The hype surrounding future use cases can overshadow the benefits that 5G is already capable of bringing. While these enhancements to current broadband capabilities are perceived as less fundamentally disruptive, they could enable organizations to begin taking advantage of 5G now, helping their businesses …
In this article, we look at how the expectations of 5G are colliding with how we host and develop software. Several factors are coming together to break how we do things: 5G’s millisecond latency expectations mean that the laws of physics will force us to operate under constraints that can’t be bypassed with more or …
Live field testing 5G networks ensure that beams are transmitting accurately to fulfil performance metrics such as throughput per cell, throughput per device, and Quality of Experience (QoE). Learn about the key challenges that mobile network operators face in this article.
Being prepared for the increased capabilities of 5G, and how they stand to change operations, is the best way for companies to move forward into a new age and capitalize on the volume of new data generated. As businesses grow more familiar and comfortable with Industry 4.0, operational data does not just present monetization opportunities …
Learn how time-sensitive networking (TSN) for fronthaul can help you meet the transport convergence, capacity, latency, synchronization, and resiliency requirements of 5G networks. Learn how Time-Sensitive Networking (TSN) for fronthaul can: Address 5G service diversity and time-sensitive applications Deliver bandwidth-efficient, packetized transport for C-RANs Converge transport for all 4G/5G traffic types Provide highly precise network-based …
In today’s broadband economy, geospatial technology matters more. New technologies such as self-driving cars, edge computing, and the Internet of Things (IoT) increase the need for high bandwidth, low latency networks. With 5G comes a dependency on location not seen before. In today’s broadband economy, geospatial technology matters more. Identifying the right places and mapping …
Organizations now can take real-time, proactive control to remediate issues and protect against network threats with software-controlled sensors and data plane engineering capabilities. In this article, you’ll learn: The drivers behind next-generation networks The importance of analytics at the edge The role of MantisNet’s solutions in helping manage real-time intelligence at the edge
