
Whitepapers
AUTOMATING 5G ACCESS DEPLOYMENTS

Three forces are at work that will greatly increase the operational complexity of the 5G access network, requiring that operations be automated to an unprecedented degree: densification, disaggregation, and virtualization.
5G Access = (4G Access x Densification x Bandwidth) x (Disaggregation + Virtualization)
These forces will increase the operational complexity of the 5G access network by over an order of magnitude by escalating the complexity and number of radio sites, vendors, and access network elements, and virtualizing some of the network elements by simulating their functions on distributed standard data center or open source network computing hardware.
Mobile network operators will need to bring automation in the operation of these networks to keep quality high and operational expenses low, as will their suppliers that will provide the access technologies to connect their radio towers to their mobile networks. Cable MSOs, fixed wireless operators, and fixed wireline operators will all be supplying access bandwidth and will share in the operations complexity.
Download the FRINX sponsored paper AUTOMATING 5G ACCESS DEPLOYMENTS.
You might like similar whitepapers


Using Open Virtual RANs in 5G

TCO Benefits of Converged 5G Ready IP Transport

Comparing Broadband Network Architectures in the Evolving Connectivity Landscape

Accelerating Revenue and Innovation in CSPs' Distributed Clouds

The Evolution of Broadband Traffic: A Forecast for the Americas, EMEA, and APAC Regions

Key CommSoft Learnings from #MWC19

Coriant Groove™ G30 Disaggregated Platform Update: Market Impact Report

Middle-Mile Networks Capacity Requirements for Fixed Broadband

Broadband Access Transformation

The Economic Benefits of a Super-Converged Multi-Access Edge Network

THE BUSINESS CASE FOR ADAPTIVE IP

Huawei ADN Solution Approach to Implementing Autonomous Networks

AUTONOMOUS NETWORKS: NOW IS THE TIME

Building the Business Case for AI in Wireless Networks: Juniper Mist AI TCO Report

The TCO Benefits of Dell’s Next-Generation Telco Servers

The Economic Benefits of Automating Capacity Optimization in IP Networks

The Economic Benefits of Routed Optical Networks for DCI, Metro, and Long-Haul Applications

An Economic and Environmental Comparison of Juniper Networks’ Routers with a Leading Competitor

Maximizing Efficiency Using Standards-Based, Model-Driven Infrastructures in NFV Deployments

Mitigating Market Challenges in Telecommunications

The TCO Benefits of Distributed Broadband Services with CUPS

AUTOMATING 5G ACCESS DEPLOYMENTS

Coriant’s Multi-Sided Platform Partner Program: Market Impact Report

The Driving Factors behind the Telecommunications Shift to Cloud Metro Networks

A TCO Comparison of Private WANs vs Managed Network Services for Enterprises

The Economic Benefits of Juniper Apstra and CN2 in a Modern 5G Network

Understanding VRAN

Simplifying IP Networks

Virtualization Journey: Cable Companies Are on Their Way

Propelling Operators to L3 Operations Autonomy and Beyond with Huawei ADN

Hybrid Networks: Integrated Provisioning for Virtual and Physical Networks

INTRODUCING xHAUL REWRITING THE PLAYBOOK FOR TRANSPORT NETWORKING IN THE RAN IN 5G

5G Service Assurance: The Case for AIOps

MODERNIZING THE CABLE SERVICE DELIVERY INFRASTRUCTURE

Building Open, Scalable Service Delivery Infrastructures

Delivering Policy Continuity at Scale in Cloud IT and Managed Network Services

The Missing Guide in SP Managed Services Profitability

5G Service Assurance: The Case for AIOps

Orchestrating Dynamic Enterprise Services

The Economic Benefits of Virtual Edge Services

Tunnel-Based versus Tunnel-Free SD-WAN

The Economic Benefits of Juniper Cloud-Native Router in Modern vRAN and O-RAN Networks

Lenovo: Data Center Switch Solutions for Enterprise Data Centers

Disruption Propelling Massive Changes in Video Market

The Economic Benefits of the Ciena Virtualized Edge Solution

THE POWER OF DIFFERENTIATION: BUILDING BROADBAND FOR 2021 AND BEYOND
