Use the Pervasive Datacenter Architecture (PDx(TM)) Blueprint - Optimize Data Exchange with AWS Outposts for a step-by-step strategy to architect a decentralized IT infrastructure to remove Data Gravity barriers and accommodate distributed workflows at centers of data exchange in support of digital business.
Use the Pervasive Datacenter Architecture (PDx(TM)) Blueprint - Optimize Data Exchange with AWS Outposts for a step-by-step strategy to architect a decentralized IT infrastructure to remove Data Gravity barriers and accommodate distributed workflows at centers of data exchange in support of digital business.
Use the Pervasive Datacenter Architecture (PDx(TM)) Blueprint - Optimize Data Exchange with AWS Outposts for a step-by-step strategy to architect a decentralized IT infrastructure to remove Data Gravity barriers and accommodate distributed workflows at centers of data exchange in support of digital business.
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With the emergence of new technologies such as 5G, AI-driven big data analytics, cloud computing and edge computing; the industry is making bets on which transformative technology may catapult their business into hyper-growth. Learn how QCT addresses these market needs with a new innovative family of edge servers powered by Intel.
The five important automation use cases demonstrate the value of 5G Core network automation to the communication service providers. These range from CI/CD to network slice creation and validation. Nearly every aspect of operations can benefit from some form of automation.
This ebook outlines how the ability to deploy a core network as software on any cloud, whether private, public, hybrid or on-premises and to leverage any access technology including licensed wireless (2/3/4/5G) and unlicensed wireless, shared spectrum and wireline or fixed access will be important capabilities that give service providers complete flexibility regardless of where they are in terms of their cloud maturity.
Many CSPs are deploying 5G NSA with the aim of evolving 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 paper describes ways to make that transition happen, focusing on the 5G core.
Communication service providers are adopting cloud deployment of their core networks as they begin to offer new 5G services. This is resulting in unprecedented opportunities to increase revenue, reduce costs, and speed new services to market - through core network automation.
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Yesterday's networks were built around predictability of demand. Tomorrow's networks need to be built for unpredictability. The heart of that transformation is within your core network.
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Capture new revenue opportunities by delivering a diverse range of exciting services so you can deploy a webscale-class packet core.
A custom Heavy Reading survey report produced for NoviFlow.
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The C-band frequency range for 5G is a rich opportunity for operators. It delivers a balance between coverage and bandwidth which will benefit many verticals and applications. However, C-band 5G networks may require a different level of attention in terms of planning, deployment, and maintenance. This application note discusses some of the key consideration for C-band deployment.
In this paper we will discuss the relationship of TDD, timing and synchronization, and frame synchronization especially for 5G TDD deployments.
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This report presents the findings from the Omdia Evolution of the BNG in Asia and Oceania white paper, researched over summer 2021.
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