In terms of revenue, the global 5G Transport Networks Market is worth USD 0.33 billion at present and detailed market analysis reveals that it is estimated to surge to a valuation of USD 3.1 Billion by the end of 2030, at a phenomenal CAGR of 37%.

1. Global 5G Transport Networks Market Size, Share, Growth & Trends
Analysis Report By End User (Enterprises, Telecom Operators,
Government and Public Sector, Healthcare, Transportation),
Distributed RAN (D-RAN), Cloud RAN (CRAN), Standalone Networks)
And Regional Outlook, Growth Potential & Forecast 2024 – 2030
 Report ID: 088
 No. of Pages: 120
 Categories: IT &
Telecommunications
 Published Date: May 2024
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Description
Scope of 5G Transport Networks Market
Examination of the major parts of 5G transport networks, such as fiber optic cables, radio access
network (RAN) hardware, microwave and millimeter-wave lines, routers, switches, and other
networking devices. An analysis of the technologies—such as fiber-optic communication,
Ethernet, packet switching, Time-Sensitive Networking (TSN), and synchronization techniques—
that are employed in 5G transport networks to guarantee low latency and high dependability.
The Global 5G Transport Networks Market Is Driven by High Investments in 5G Infrastructure
Across the Globe and Is Expected to Be Driven by Commercial Launches of 5G Products into
The Market.
In terms of revenue, the global 5G Transport Networks Market is worth USD 0.33 billion at
present and detailed market analysis reveals that it is estimated to surge to a valuation of USD 3.1

2. Billion by the end of 2030, at a phenomenal CAGR of 37%. The research looks at the market in
terms of revenue in all of the key regions, which have been divided into countries.
Impact of COVID – 19
Disruptions to the supply chain, lockdown procedures, and travel restrictions have caused delays
in the implementation of 5G transport network infrastructure. Network deployment timelines
were slowed down by difficulties with equipment procurement, site installations, and construction
activities. The pandemic caused a spike in e-commerce, telemedicine, online learning, and remote
work, which raised the need for dependable and fast connectivity. The necessity for 5G transport
networks to handle increased data traffic volumes and provide flawless connectivity has increased
as a result of this shift in demand. Businesses were prompted to invest in technology that
facilitate remote work, digital collaboration, and online service delivery as a result of the
epidemic, which also spurred digital transformation activities across industries. As a result, there
was a greater need for cutting-edge networking technologies to aid in the digitization process,
such as 5G transport networks. Although the epidemic created temporary disruptions, it also
made clear how crucial digital infrastructure and fast connectivity are to societal well-being and
economic resilience. It is anticipated that when the epidemic passes, there will be a renewed
emphasis on the deployment of 5G and on investments in transportation networks to facilitate
future development and innovation.
5G Transport Networks Market: Growth Drivers
 Increasing Demand for High-Speed Connectivity:
The growing demand for high-speed and low-latency connectivity for applications such as video
streaming, cloud computing, augmented reality (AR), virtual reality (VR), and the Internet of
Things (IoT) is driving the adoption of 5G networks, necessitating advanced transport networks
to meet these demands.
 Mobile Device Proliferation:
As the number of smartphones, tablets, wearables, and IoT devices that connect to 5G networks
grows, so does the requirement for resilient transport networks that can efficiently handle
enormous volumes of data traffic.
 Edge Computing Emergence:
To support latency-sensitive applications and services, edge data centers must be connected to
centralized data centers and cloud resources via high-capacity, low-latency transport networks.
5G Transport Networks Market: Restraints
 Infrastructure Costs:
The construction of 5G transport networks necessitates substantial investment in new
infrastructure, such as fiber-optic cables, microwave lines, and radio access network (RAN)
equipment. High upfront expenses and infrastructure implementation issues may serve as
obstacles to entry for operators.

3.  Regulatory and Spectrum restrictions:
Regulatory restrictions such as spectrum allotment, site purchase, and right-of-way permissions
may cause network deployment to be delayed, increasing project schedules and costs. Spectrum
scarcity and regulatory compliance requirements present additional obstacles for operators.
 Interoperability and Standardization:
Ensuring interoperability and standardization across diverse network parts, vendors, and
technologies is critical for a smooth 5G network rollout and operation. The lack of
interoperability standards may impede network scalability and vendor lock-in.
5G Transport Networks Market: Opportunity Factors
 Network Densification:
The development of dense networks that include small cells, distributed antenna systems (DAS),
and macrocells allows transport network suppliers to offer scalable, high-capacity backhaul and
fronthaul solutions.
 Cloud-RAN and Virtualization:
The use of cloud radio access network (Cloud-RAN) architectures and network function
virtualization (NFV) technologies allows operators to optimize network resources, improve
efficiency, and lower operational costs, resulting in increased demand for virtualized transport
solutions.
 Enterprise and Industrial Applications:
As 5G expands beyond consumer markets to enterprise and industrial applications such as smart
manufacturing, autonomous vehicles, remote healthcare, and smart cities, transport network
vendors will have opportunities to deliver specialized connectivity solutions tailored to vertical
industries.
5G Transport Networks Market: Challenges
 Complexity of Network Planning and Optimization:
Designing and optimizing 5G transport networks to meet stringent performance requirements
such as latency, throughput, and reliability while dealing with dynamic traffic patterns and
evolving network architectures presents challenges for network planners and operators.
 Scalability and Capacity Management:
Scaling transport networks to meet rising data traffic and user demand while maintaining
effective resource utilization, network resilience, and quality of service (QoS) is a major problem
for operators, particularly in dense urban areas.
 Energy Efficiency and Sustainability:

4. Operators looking to cut operating costs and lower their environmental imprint are concerned
about the energy consumption of 5G transport networks, which includes data centers, fiber-optic
infrastructure, and radio access equipment. To achieve energy efficiency and sustainability goals
demands innovative technology and best practices in network architecture.
5G Transport Networks Market: Recent Developments
 Corning provides optical fiber and cable solutions for 5G transport networks, such as high-
density fiber-optic cables and connectivity options. Corning’s EDGE8 solution and
RocketRibbon cable technology may have been introduced recently for high-speed, high-
density fiber deployments in 5G networks.
 ZTE offers comprehensive 5G transport solutions, such as optical transport, microwave, and
IP-based backhaul systems. Recent advances may include the use of ZTE’s ElasticNet
solution and X-Haul architecture to create efficient and flexible transport networks in 5G
deployments.
 Ericsson provides a variety of 5G transport technologies, such as microwave, fiber-optic,
and IP-based backhaul systems. Recent innovations may include improvements to Ericsson’s
microwave radio technology, packet transport systems, and network management software
to assist the implementation of high-capacity 5G networks.
5G Transport Networks Market: Key Outcomes of the Report
The timely delivery of 5G transport infrastructure was hindered by disruptions in the global
supply chain, specifically in the manufacturing of networking equipment and components,
resulting in delays and bottlenecks. Businesses have been investing in improving and expanding
their 5G transport infrastructure as a result of the increase in internet consumption and the
demand for digital services, which underlined the significance of network capacity and resilience.
Delays and bottlenecks resulted from disruptions in the global supply chain, which were
especially problematic for the timely delivery of 5G transport infrastructure since they affected
the manufacturing of networking equipment and components. The need for digital services and
the increase in internet consumption brought attention to the reliability and capacity of networks,
which incentivized businesses to invest in the development and expansion of 5G transport
infrastructure.
Europe is expected to account for a significant portion of the global demand in the market, due to
the presence of large vendors and carriers’ investment to launch technology in this region.
List of Key Players in the Global 5G Transport Networks Market
 Cisco Systems, Inc.
 Nokia Corporation
 Huawei Technologies Co., Ltd.
 Ericsson AB
 ZTE Corporation
 Samsung Electronics Co., Ltd.
 Fujitsu Limited
 NEC Corporation
 Ciena Corporation
 Juniper Networks, Inc.
 CommScope Holding Company, Inc.
 Corning Incorporated

5.  Infinera Corporation
 Mavenir Systems, Inc.
 Telefonaktiebolaget LM Ericsson (publ)
5G Transport Networks Market: Segmentation
By Component
 Fiber Optic Cables
 Microwave Links
 Millimeter-Wave Links
 Radio Access Network (RAN) Equipment
 Routers and Switches
By Deployment Model
 Centralized RAN (C-RAN)
 Distributed RAN (D-RAN)
 Cloud RAN (CRAN)
 Standalone Networks
By Type
 Backhaul
 Midhaul
 Fronthaul
By End User
 Enterprises
 Telecom Operators
 Government and Public Sector
 Healthcare
 Transportation
By Region
 North America
 Europe
 Asia Pacific
 Middle East and Africa
 Latin America